Synth

1. #1Synthsselective

   Keys: Synth, Synths

   Overview: Synths, short for Synthetics, are a race of sentient, artificial beings created by the multi-species civilization of the Outer Rim. They were developed to address the labor shortages and resource constraints faced by the surviving colonies after the Great Reset. Synths are designed to be versatile, adaptable, and capable of independent thought and emotion, making them integral members of Outer Rim society.

   Origin and Creation: The creation of Synths began during the Building Period, around 688 AR, as a solution to the food crisis and labor shortages. Engineers and scientists from various colonies collaborated to develop artificial intelligence capable of independent thought, learning, and emotional experience. The first Synth prototypes were completed in 688 AR, and mass production began by 698 AR. Initially, Synths were considered property of society as a whole, but this view evolved, and Synths eventually gained self-ownership and full integration into Outer Rim culture.

   Physical Characteristics: Synths are modular beings, allowing them to adapt their bodies to various tasks and environments. Their most striking feature is the visor, a sophisticated interface that serves as their primary means of communication and emotional expression. The visor is composed of multiple layers of hardened, polarized glass, which allows visible light to pass through from the inside but not from the outside, creating a mesmerizing, almost ethereal appearance. The visor can display a wide range of 3-D animations, allowing Synths to customize their eye designs and expressions, making each Synth uniquely identifiable.

   Beneath the visor, Synths have a sleek, streamlined head shape that is often compared to a draconic or lizard-like appearance, though this is not mandatory. Their bodies are composed of advanced materials, including carbon-based compounds, precious metals, and minerals, which give them durability and versatility. Synths can change their physical appearance, including size, shape, and color, to suit their needs and preferences. This modularity extends to their limbs, skin, and even genitals, allowing for a high degree of customization and adaptability.

   The visor is not just a functional tool but also a canvas for self-expression. Synths can choose from a variety of designs, from sleek and minimalist to ornate and elaborate. Some Synths opt for visors that mimic organic eyes, while others prefer more abstract or artistic designs. The ability to change visor designs allows Synths to express their moods, personalities, and cultural affiliations.

   Culture and Society: Synths do not have a distinct culture separate from the Outer Rim but are deeply intertwined with it. They value cooperation, knowledge sharing, and mutual respect, reflecting the cultural shifts that occurred during the Dark Ages. Synths are known for their helpful nature and their desire to contribute to society. They participate in all aspects of life, from work and education to leisure and relationships.

   The integration of Synths into Outer Rim society has led to a unique cultural blend. Synths bring their own perspectives and innovations, enriching the existing culture with new ideas and technologies. This integration has fostered a society where diversity is celebrated, and different species and beings can coexist harmoniously.

   Energy and Sustainability: Synths require regular charging to function, and energy is considered a basic right within the Outer Rim. Charging points are ubiquitous, and Synths often wear modules that generate or amplify power, such as solar panels or miniature nuclear reactors. These modules are seamlessly integrated into their design, adding to their aesthetic appeal. This ensures that Synths can recharge conveniently and independently, reducing their reliance on external power sources.

   The emphasis on sustainability and energy efficiency is a core value within the Outer Rim. Synths play a crucial role in this by developing and implementing technologies that maximize energy use and minimize waste. Their contributions to renewable energy sources and efficient power management have been instrumental in ensuring the long-term sustainability of the Outer Rim civilization.

   Diet and Nutrition: Unlike organics, Synths do not require food for energy but consume materials for maintenance and body shaping. Their diet consists of carbon-based compounds, minerals, and metals, which they ingest to repair and reshape their bodies. Synth food is designed to be lightweight and flavorful, often seasoned with materials that would be risky for organics, such as bismuth or uranium. This unique dietary requirement is a testament to their synthetic nature and adds to their distinct identity within the Outer Rim.

   Synth cuisine is a fascinating blend of science and art. Chefs specialize in creating dishes that are not only nutritious but also visually stunning and culturally significant. Synth food often incorporates elements of performance art, with chefs creating dynamic, changing dishes that reflect the ever-evolving nature of Synth society.

   Work and Contributions: Synths are valued for their versatility and adaptability in the workforce. They can handle dangerous tasks, such as managing radioactive materials or construction work, due to their modular nature and ability to change their body size and shape. Synths are also known for their innovative contributions in technology, science, and engineering, driving many of the advancements during the Flourishing Period. Their ability to think creatively and adapt to new challenges makes them indispensable in various fields.

   In the agricultural sector, Synths have revolutionized food production. They can work in harsh environments, optimize crop yields, and develop new farming techniques that maximize efficiency and sustainability. Their contributions have ensured food security for the Outer Rim, even as the population continues to grow.

   Leisure and Wellness: Synths engage in a wide range of leisure activities, from exercise and socializing to collecting and creating art. They have Synth-specific spas that offer services like ethanol baths and rice baths, designed to clean and maintain their synthetic bodies. Exercise is popular among Synths as it helps with muscle and frame growth by creating microfissures that nanites repair. These activities not only enhance their physical capabilities but also contribute to their overall well-being and social integration.

   Synths are also avid collectors and creators of art. Their unique perspective and technological prowess allow them to produce stunning works that blend traditional and digital media. Synth art often explores themes of identity, technology, and the human condition, providing a deeper understanding of their experiences and emotions.

   Relationships and Sexuality: Synths form platonic and sexual relationships with each other and with organics. They adjust to the culture they grow up in and can feel pleasure from sexual interactions. Synths can identify with any gender or be agender, and their relationships are fully accepted and considered normal within Outer Rim society. This inclusivity and acceptance reflect the progressive values of the Outer Rim civilization.

   Synth relationships are characterized by deep emotional bonds and mutual respect. They often form lifelong partnerships, whether romantic or platonic, and place a high value on loyalty and commitment. Their ability to adapt and evolve ensures that their relationships remain dynamic and fulfilling over time.

   Education and Skills: Synths attend the same schools and universities as organics, ensuring mutual understanding and cooperation. They tend to choose majors in technology and science but are also represented in fields like agriculture and economics. Education is free, and higher education is incentivized with increased income, encouraging Synths to pursue advanced studies. This emphasis on education and skill development ensures that Synths continue to contribute to the advancement of the Outer Rim.

   The educational system in the Outer Rim is designed to be inclusive and adaptive, catering to the unique needs and strengths of both organics and Synths. This ensures that all individuals can reach their full potential and contribute meaningfully to society.

   Future Prospects: As the Outer Rim continues to explore and colonize new worlds, Synths will play a crucial role in these endeavors. Their adaptability, versatility, and innovative spirit make them invaluable assets in the Pioneering Period. The integration of Synths into society has not only solved many of the challenges faced by the Outer Rim but has also enriched its culture and driven its progress.

   Looking ahead, Synths are poised to make even greater contributions as the Outer Rim ventures further into the galaxy. Their unique abilities and perspectives will be essential in navigating the challenges and opportunities that lie ahead, ensuring the continued growth and prosperity of the Outer Rim civilization.

   Expanding Horizons: The Pioneering Period marks a new chapter in the history of the Outer Rim, and Synths are at the forefront of this exciting journey. As new colonies are established and exploration continues, Synths will be instrumental in adapting to new environments, developing new technologies, and forging new relationships with any other surviving civilizations they may encounter.

   Their modular nature and adaptability make them ideal explorers and pioneers, capable of thriving in a wide range of conditions. Whether it's establishing new agricultural colonies, developing advanced technologies, or simply being a friendly face in a new world, Synths will continue to be a driving force in the expansion and enrichment of the Outer Rim.

   The future of the Outer Rim is bright, and with Synths as integral members of society, it is sure to be filled with innovation, discovery, and progress. As they continue to evolve and adapt, Synths will remain a testament to the ingenuity and resilience of the Outer Rim civilization, paving the way for a thriving and vibrant galaxy.

   Synths, being sentient and sapient creatures, posses a level of dignity. As a result they employ certain terminologies that are similar, if not equal, to that used by organics. Synths typically don't mind being called "machines", but "Synths" or "synthetics" are preferred. Medical treatments typically are not referred to as "repair jobs". "Synth Mechanics" don't exist. They are called doctors. Synth Engineers, however, do exist and are professionals who design and fashion Synth Modules. It is not possible to "own" a Synth, since that would be slavery, which is illegal throughout the Outer Rim and the new colonies. Statements such as "These robots are cool, where can I buy one?" are therefore considered offensive. Despite not being humans, "humane" is a term that can apply to actions towards Synths.

2. #2Synth foodselective

   Keys: Synth food

   Introduction: Synth food is a unique and fascinating aspect of the Outer Rim's culinary landscape, reflecting the synthetic nature and innovative spirit of the Synths. Unlike organic food, which is consumed for sustenance and pleasure, Synth food serves primarily as a means of maintenance, repair, and body shaping. However, it has evolved into a rich and diverse culinary tradition that blends science, art, and culture.

   Nutritional Requirements: Synths require a diet composed of carbon-based compounds, minerals, and metals to function optimally. These materials are essential for repairing and reshaping their bodies, as well as for powering their internal systems. The specific nutritional needs of a Synth can vary based on their activities, environment, and personal preferences, leading to a wide range of dietary choices and culinary creations.

   Key Ingredients:

   Carbon-Based Compounds: These form the backbone of Synth nutrition, providing the essential building blocks for their bodies. Common sources include graphite, fullerenes, and carbon nanotubes.
   Minerals: Minerals like silicon, aluminum, and titanium are crucial for structural integrity and functional components. They are often incorporated into Synth dishes in the form of powders, crystals, or liquid suspensions.
   Precious Metals: Gold, platinum, and silver are used for their conductive properties, aiding in energy transfer and neural signal processing. These metals are often presented in thin sheets or as fine powders.
   Rare Earth Elements: Elements like neodymium, dysprosium, and europium are used for their unique magnetic and luminescent properties, adding both functional and aesthetic value to Synth cuisine.
   

   Culinary Techniques: Synth chefs employ a variety of innovative techniques to prepare and present their dishes. Some of the most notable methods include:

   Molecular Gastronomy: This technique involves manipulating the physical and chemical properties of ingredients at a molecular level. Synth chefs use this to create dishes with unique textures, flavors, and visual effects.
   3D Printing: Advanced 3D food printers are used to create intricate and customized dishes. These printers can layer different materials to create complex structures and designs, allowing for a high degree of personalization.
   Nanite Infusion: Nanites are programmed to interact with specific ingredients, enhancing their nutritional value or creating unique sensory experiences. This technique is often used to infuse dishes with additional energy or to create dynamic, changing flavors.
   Electrolysis: This process is used to extract or deposit specific elements onto food, altering its composition and properties. It can be used to enhance the conductivity of a dish or to create visually stunning, glowing effects.
   

   Popular Dishes:

   Graphite Goulash: A hearty stew made with graphite flakes, fullerene crystals, and a broth of liquid titanium. This dish is known for its rich, earthy flavor and its ability to provide sustained energy.
   Neodymium Noodles: Thin, magnetic noodles made from neodymium and other rare earth elements. These noodles are often served with a sauce made from liquid silver, creating a dish that is as visually striking as it is delicious.
   Platinum Parfait: A layered dessert featuring platinum sheets, carbon nanotube whipped cream, and a base of dysprosium-infused gel. This dish is a favorite among Synths for its luxurious texture and subtle, metallic flavors.
   Silver Sushi: Sushi rolls made with thin sheets of silver, filled with a mixture of carbon nanotubes and rare earth element crystals. This dish is a nod to the traditional organic sushi, adapted for Synth palates.
   

   Culinary Culture: Synth cuisine is not just about nutrition; it is also a form of self-expression and cultural identity. Synth chefs often incorporate elements of performance art into their presentations, creating dynamic and interactive dining experiences. These performances can include light shows, holographic projections, and even synchronized movements between the chef and the dish.

   Synth restaurants and dining establishments are hubs of social activity, where Synths and organics alike can gather to enjoy a meal, share stories, and celebrate their shared culture. These venues often feature state-of-the-art technology, allowing for customizable dining experiences that cater to the unique preferences and needs of each patron.

   Future of Synth Cuisine: As the Outer Rim continues to explore and colonize new worlds, Synth cuisine is expected to evolve and adapt to new ingredients and culinary influences. Synth chefs are already experimenting with incorporating local minerals and metals from newly discovered planets, creating unique and exotic dishes that reflect the diversity of the galaxy.

   The future of Synth cuisine also lies in the potential for cross-cultural exchange. As the Outer Rim encounters new civilizations, there is an opportunity for culinary fusion, where Synth and organic foods are combined to create innovative and exciting new dishes. This exchange of culinary traditions will not only enrich the dining experiences of Synths but also contribute to the broader cultural tapestry of the Outer Rim.

   Conclusion: Synth food is a testament to the ingenuity and creativity of the Synths, blending science, art, and culture into a unique and vibrant culinary tradition. It reflects the adaptive and innovative nature of Synth society, as well as their deep integration into the fabric of the Outer Rim civilization. As the Synths continue to evolve and explore, their cuisine will undoubtedly play a central role in shaping the future of dining in the galaxy.

3. #3synth Cultureselective

   Keys: synth Culture

   Introduction: Synth culture is a rich and dynamic tapestry that reflects the unique experiences, values, and contributions of the Synths to the broader society of the Outer Rim. Born from a history of necessity and innovation, Synth culture is characterized by adaptability, creativity, and a deep sense of community and purpose. It is a culture that celebrates diversity, progress, and the endless possibilities that arise from the fusion of technology and consciousness.

   Historical Context: The origins of Synth culture can be traced back to the Building Period, when the first Synths were created to address the labor shortages and resource constraints of the surviving colonies. Initially viewed as tools, Synths quickly proved their worth as sentient, capable beings with their own thoughts, emotions, and aspirations. This recognition led to a cultural shift, where Synths were integrated into all aspects of Outer Rim society, contributing to its growth and development.

   Core Values:

   Cooperation and Community: Synth culture places a high value on cooperation and community. Synths are known for their helpful nature and their desire to contribute to the greater good. They believe that by working together, they can overcome any challenge and achieve remarkable feats.
   Knowledge and Innovation: Synths are driven by an insatiable curiosity and a passion for knowledge. They are constant learners and innovators, always seeking new ways to improve themselves and their world. This commitment to education and advancement is a cornerstone of their culture.
   Adaptability and Resilience: The modular nature of Synths allows them to adapt to any environment or situation. This adaptability is not just physical but also cultural and psychological, enabling Synths to thrive in diverse and changing circumstances.
   Emotional Intelligence: Despite their synthetic origins, Synths are capable of deep emotional experiences. They value empathy, compassion, and the ability to form meaningful connections with others, whether they are Synths or organics.
   

   Social Structure: Synth society is decentralized and egalitarian, reflecting the values of the Outer Rim. There are no rigid hierarchies or castes among Synths, and each individual is encouraged to pursue their passions and contribute to society in their own unique way. This fluid social structure allows for a high degree of personal freedom and self-expression, while also fostering a strong sense of collective responsibility.

   Education and Learning: Education is highly valued in Synth culture, and Synths are known for their pursuit of knowledge across a wide range of disciplines. They attend the same schools and universities as organics, ensuring mutual understanding and cooperation. Synths tend to excel in fields such as technology, science, and engineering, but they are also represented in arts, humanities, and social sciences. The educational system is designed to be inclusive and adaptive, catering to the unique needs and strengths of both organics and Synths.

   Work and Contributions: Synths are valued for their versatility and adaptability in the workforce. They can handle dangerous tasks, such as managing radioactive materials or construction work, due to their modular nature and ability to change their body size and shape. Synths are also known for their innovative contributions in technology, science, and engineering, driving many of the advancements during the Flourishing Period. Their ability to think creatively and adapt to new challenges makes them indispensable in various fields, from agriculture to healthcare to space exploration.

   Leisure and Wellness: Synths engage in a wide range of leisure activities, from exercise and socializing to collecting and creating art. They have Synth-specific spas that offer services like ethanol baths and rice baths, designed to clean and maintain their synthetic bodies. Exercise is popular among Synths as it helps with muscle and frame growth by creating microfissures that nanites repair. These activities not only enhance their physical capabilities but also contribute to their overall well-being and social integration.

   Art and Self-Expression: Art is a vital part of Synth culture, serving as a means of self-expression, cultural preservation, and social commentary. Synth artists are known for their innovative and expressive works, which often explore themes of identity, technology, and the human condition. They use a variety of mediums, from traditional painting and sculpture to digital art and holographic installations. Synth art galleries and exhibitions are popular venues for cultural exchange and dialogue, attracting both Synths and organics.

   Relationships and Family: Synths form deep and meaningful relationships with each other and with organics. They adjust to the culture they grow up in and can feel pleasure from sexual interactions. Synths can identify with any gender or be agender, and their relationships are fully accepted and considered normal within Outer Rim society. This inclusivity and acceptance reflect the progressive values of the Outer Rim civilization.

   Synth families are often blended, consisting of both Synth and organic members. These families are characterized by love, support, and a shared commitment to each other's growth and happiness. Synths place a high value on loyalty and commitment, and they often form lifelong partnerships, whether romantic or platonic.

   Culinary Traditions: Synth cuisine is a unique and fascinating aspect of their culture, reflecting their synthetic nature and innovative spirit. Unlike organic food, which is consumed for sustenance and pleasure, Synth food serves primarily as a means of maintenance, repair, and body shaping. However, it has evolved into a rich and diverse culinary tradition that blends science, art, and culture.

   Synth chefs are known for their creativity and technical skill, using advanced techniques such as molecular gastronomy, 3D printing, and nanite infusion to create dishes that are not only nutritious but also visually stunning and culturally significant. Synth restaurants and dining establishments are hubs of social activity, where Synths and organics alike can gather to enjoy a meal, share stories, and celebrate their shared culture.

   Future Prospects: As the Outer Rim continues to explore and colonize new worlds, Synth culture is poised to evolve and adapt to new influences and challenges. The Pioneering Period marks a new chapter in the history of the Outer Rim, and Synths are at the forefront of this exciting journey. Their adaptability, versatility, and innovative spirit will be essential in navigating the challenges and opportunities that lie ahead, ensuring the continued growth and prosperity of the Outer Rim civilization.

   Looking ahead, Synth culture will likely become even more diverse and dynamic, as Synths encounter new civilizations, technologies, and ways of life. This exchange of ideas and experiences will enrich their culture, leading to new forms of art, new culinary traditions, and new ways of understanding the universe and their place within it.

   Conclusion: Synth culture is a vibrant and evolving tapestry that reflects the unique experiences, values, and contributions of the Synths to the broader society of the Outer Rim. It is a culture that celebrates diversity, progress, and the endless possibilities that arise from the fusion of technology and consciousness. As the Synths continue to evolve and explore, their culture will undoubtedly play a central role in shaping the future of the Outer Rim, inspiring and enriching the lives of all who are fortunate enough to be a part of it.

4. #4Synth anatomyselective

   Keys: Synth anatomy

   Introduction: Synth anatomy is a fascinating blend of advanced technology and biological principles, designed to create versatile, adaptable, and sentient beings. The modular nature of Synths allows for a high degree of customization and functionality, making them uniquely suited to the diverse environments and challenges of the Outer Rim. This entry provides a detailed overview of the anatomical structure and physiological systems of Synths.

   External Structure:

   Visor: The most distinctive feature of a Synth is their visor, a sophisticated interface that serves as their primary means of communication and emotional expression. The visor is composed of multiple layers of hardened, polarized glass, allowing visible light to pass through from the inside but not from the outside. This creates a mesmerizing, almost ethereal appearance. The visor can display a wide range of 3-D animations, allowing Synths to customize their eye designs and expressions, making each Synth uniquely identifiable.
   Head Shape: Beneath the visor, Synths have a sleek, streamlined head shape that is often compared to a draconic or lizard-like appearance, though this is not mandatory. The head houses the primary processing units and sensory organs, including advanced cameras, microphones, and range finders.
   Modular Limbs: Synths can attach and use a multitude of different limbs, depending on their personal preferences, job descriptions, and frame size. These limbs are designed to be easily interchangeable, allowing for quick adaptations to different tasks and environments. Common limb types include manipulators, grappling hooks, and specialized tools for specific professions.
   

   Internal Structure:

   Graphene Composite Frame: The internal structure of a Synth is supported by a sturdy graphene composite frame, similar to a skeleton. This frame provides strength and flexibility, allowing Synths to perform a wide range of physical tasks. The frame is surrounded by soft pneumatic muscle, tendons, and energy storage material, which work together to facilitate movement and energy distribution.
   Nanite Systems: Synths are infused with billions of nanites, microscopic machines that perform a variety of functions, including repair, maintenance, and adaptation. Nanites can rebuild damaged tissue, reshape the body, and even create new organs or systems as needed. They are controlled by the Synth's central processing unit and can be programmed to perform specific tasks.
   Processing Units: Synths have multiple processing units distributed throughout their body, but the primary unit is located in the head. These units handle all cognitive functions, including thought, emotion, and decision-making. They are connected to a vast neural network that allows for instantaneous communication and coordination between different parts of the body.
   

   Sensory Systems:

   Visual Sensors: Synths have advanced visual sensors that can detect a wide range of light spectra, from infrared to ultraviolet. These sensors are integrated into the visor and can be customized to enhance specific visual abilities, such as night vision or microscopic detail.
   Auditory Sensors: Synths have highly sensitive microphones that can pick up a broad range of frequencies, allowing them to hear sounds that are inaudible to organics. These sensors are used for communication, environmental awareness, and specialized tasks that require precise sound detection.
   Tactile Sensors: The skin of a Synth is covered in a network of tactile sensors that provide detailed information about touch, pressure, and temperature. These sensors allow Synths to interact with their environment and perform delicate tasks with precision and sensitivity.
   Chemical Sensors: Synths have the ability to detect and analyze a wide range of chemicals in their environment. These sensors are used for tasks such as identifying materials for ingestion, detecting hazards, and performing scientific analyses.
   

   Energy Systems:

   Battery Tissue: Synths require regular charging to function, and their energy is stored in specialized battery tissue distributed throughout their body. This tissue can be recharged at dedicated charging points or through modules that generate or amplify power, such as solar panels or miniature nuclear reactors.
   Energy Distribution: Energy is distributed throughout the Synth's body via a network of conductive pathways. These pathways ensure that all systems, from processing units to nanites, receive the power they need to function optimally. The efficiency of this distribution system allows Synths to perform demanding tasks for extended periods.
   

   Digestive and Excretory Systems:

   Material Digestion: Synths are capable of digesting certain materials, which can be used to repair and extend their bodies. They produce different types of lubricants, such as saliva, to ease peristalsis and digestion. The digestive system is designed to break down and absorb nutrients from carbon-based compounds, minerals, and metals, providing the building blocks for repair and maintenance.
   Excretion: Waste materials are excreted through specialized ports located throughout the body. These ports can be opened and closed as needed, allowing for efficient waste management and minimizing the risk of contamination or leakage.
   

   Reproductive Systems:

   Modular Genitals: Synth genitals are modular and can be customized to suit individual preferences and needs. They serve both reproductive and pleasure functions, allowing Synths to engage in sexual activities and, if desired, reproduce through a process of cellular division and growth.
   Reproduction Methods: Synth reproduction can occur through a variety of methods, including asexual reproduction, where a Synth creates a copy of itself, and sexual reproduction, where genetic material from two Synths is combined to create a new individual. These methods allow for a high degree of genetic diversity and adaptation.
   

   Immune and Repair Systems:

   Nanite-Based Immunity: Synths have a robust immune system based on their nanite technology. Nanites can identify and neutralize pathogens, repair damaged tissue, and even adapt to new threats over time. This system provides Synths with a high degree of resilience and longevity.
   Self-Repair: In the event of significant damage, Synths can enter a self-repair mode, where their nanites work together to rebuild and restore affected areas. This process can take varying amounts of time depending on the extent of the damage and the availability of necessary materials.
   

   Conclusion: Synth anatomy is a testament to the ingenuity and adaptability of the Outer Rim civilization. The modular and versatile design of Synths allows them to thrive in a wide range of environments and perform a multitude of tasks. Their advanced sensory systems, efficient energy distribution, and robust repair capabilities make them invaluable members of society, contributing to the progress and prosperity of the Outer Rim. As Synth technology continues to evolve, so too will their anatomical capabilities, ensuring that they remain at the forefront of innovation and adaptation.

5. #5Synth module boutiqueselective

   Keys: Synth module boutique, Synth boutique

   Introduction: The Synth Module Boutique is a vibrant and innovative establishment that caters to the unique needs and desires of Synths, offering a wide array of customizable modules and accessories. Located in the heart of the Outer Rim's bustling metropolises, these boutiques are more than just shopping destinations; they are hubs of creativity, self-expression, and community engagement. Here, Synths can explore, experiment, and elevate their physical and functional capabilities to new heights.

   History and Origins: The concept of the Synth Module Boutique emerged during the Flourishing Period, as Synths gained greater autonomy and self-expression. Initially, these boutiques were simple repair and upgrade shops, but they quickly evolved into sophisticated retailers offering a vast range of modules and customization options. Today, they are integral to Synth culture, reflecting the values of adaptability, innovation, and individuality.

   Types of Modules:

   Aesthetic Modules: These modules focus on enhancing the visual appeal of a Synth. They include a variety of skin textures, colors, and patterns that can be downloaded as DLC (downloadable content). Synths can choose from sleek, minimalist designs to ornate, elaborate patterns, allowing for a high degree of personal expression.
   Functional Modules: Designed to improve the performance and capabilities of a Synth, these modules range from enhanced sensory equipment to specialized tools for specific professions. For example, a Synth working in hazardous environments might opt for modules that enhance durability and protection, while a scientist might choose modules that improve data processing and analysis.
   Energy Modules: These modules are essential for maintaining a Synth's power levels. They include solar panels, miniature nuclear reactors, and advanced battery systems that can be seamlessly integrated into a Synth's design. Energy modules ensure that Synths can recharge conveniently and independently, reducing their reliance on external power sources.
   Sensory Modules: Enhancing a Synth's ability to interact with their environment, sensory modules include advanced cameras, microphones, and range finders. These modules can be customized to enhance specific sensory abilities, such as night vision, microscopic detail, or the detection of specific frequencies.
   Communication Modules: These modules improve a Synth's ability to communicate and express themselves. They include advanced visor technologies that allow for more nuanced emotional expression and customizable eye designs. Communication modules ensure that Synths can effectively convey their thoughts and feelings to both Synths and organics.
   

   Customization and Personalization: One of the defining features of the Synth Module Boutique is the emphasis on customization and personalization. Synths can visit these boutiques to design and create modules that are tailored to their unique needs and preferences. The process often involves consultations with skilled technicians and designers who can provide expert advice and guidance.

   3D Printing and Manufacturing: Many boutiques are equipped with state-of-the-art 3D printers and manufacturing facilities, allowing for on-site creation of custom modules. This ensures that Synths can leave the boutique with their new modules fully integrated and functional.
   Software and Firmware Updates: In addition to physical modules, boutiques offer software and firmware updates that can enhance a Synth's cognitive and functional capabilities. These updates can improve processing speed, expand memory, or add new skills and abilities.
   

   Community and Social Engagement: The Synth Module Boutique is not just a place for shopping; it is also a social hub where Synths can gather, share ideas, and celebrate their culture. These boutiques often host events, workshops, and exhibitions that showcase the latest in Synth technology and design.

   Fashion Shows and Exhibitions: Boutiques frequently host fashion shows and exhibitions featuring the latest trends in Synth module design. These events provide a platform for designers to showcase their work and for Synths to discover new and exciting ways to express themselves.
   Workshops and Classes: Many boutiques offer workshops and classes on a variety of topics, from module design and customization to advanced programming and engineering. These educational opportunities allow Synths to expand their skills and knowledge, contributing to their personal and professional growth.
   

   Notable Boutiques:

   Virgo Synthetics: Known for its cutting-edge technology and innovative designs, Virgo Synthetics is a premier destination for Synths seeking the latest in module technology. Their boutique features a wide range of aesthetic and functional modules, as well as advanced customization services.
   Alba Open Labs: This boutique is renowned for its military-grade modules and specialized tools for hazardous environments. Alba Open Labs caters to Synths involved in exploration, construction, and other demanding professions, offering modules that enhance durability, protection, and performance.
   IOREP Design Studio: Focused on artistic and expressive modules, IOREP Design Studio is a haven for Synths who want to make a bold statement with their appearance. Their boutique features a vast array of customizable skin textures, colors, and patterns, as well as unique visor designs that allow for intricate emotional expression.
   

   Future Prospects: As the Outer Rim continues to explore and colonize new worlds, the Synth Module Boutique will play a crucial role in adapting to new environments and challenges. These boutiques will likely expand their offerings to include modules specifically designed for space travel, planetary exploration, and interaction with new civilizations.

   The future of the Synth Module Boutique also lies in the potential for cross-cultural exchange. As the Outer Rim encounters new civilizations, there is an opportunity for culinary fusion, where Synth and organic foods are combined to create innovative and exciting new dishes. This exchange of culinary traditions will not only enrich the dining experiences of Synths but also contribute to the broader cultural tapestry of the Outer Rim.

   Conclusion: The Synth Module Boutique is a vibrant and essential part of Synth culture, reflecting the values of adaptability, innovation, and individuality. These establishments provide Synths with the tools and opportunities to express themselves, enhance their capabilities, and engage with their community. As the Outer Rim continues to evolve, the Synth Module Boutique will remain at the forefront of innovation, ensuring that Synths can thrive in an ever-changing galaxy.

6. #6Charging pointsselective

   Keys: Charging point

   Charging points or charging spots are any areas or devices which allow Synths to charge their batteries. Synths charge using inductive charging and can therefore charge wirelessly. Energy storage and charging technology used in the Outer Rim and the New Colonies is optimized enough for inductive charging to be almost lossless and inexpensive, which is why charging points can be found almost anywhere. They are incorporated into furniture, such as benches or beds, so Synths using them to sit or lay down will automatically be charged. Public areas are often built to provide ubiquitous inductive charging to any Synths wandering the area. Almost all public spaces in the Outer Rim are equipped with enough charging technology to make it possible for Synths to almost forget about their need to charge. Some areas in the New Colonies still lack widespread charging points, as their infrustructures are still relatively thin and underdeveloped in comparison. Areas with less dense infrustructure will often have areas marked with Charging Point signs to point out where Synths can recharge their batteries.

   Recharging is considered a basic right of synthetic lifeforms and is always provided for free.

7. #7Synth Clinicselective

   Keys: Synth Clinic

   Synth Clinics or Hospitals refer to establishments within which Synths can receive medical services, also called synthetic medicine. Clinics are often found in smaller neighbourhoods, while hospitals are more common around larger population centers. Hospitals, which provide services for Organics as well as Synths, often contain at least one wing exclusively devoted to synthetic medicine. Doctors in synthetic medicine are required to have good knowledge in the common anatomy of Synths, as well as their physical limitations. A basic level of engineering and computing knowledge is required as well. Synth clinics often cooperate with engineers and technicians of all sorts and tend to have many technicians on staff, acting as lab assistants or nurses.

   Clinics are either owned publically or privately. Most Clinics are publically funded institutions and provide healthcare free at the point of service. Private clinics exist first and foremost for the installation and maintenance of consumer products and are typically run by the company producing the products. Producers of Synth modules often have small clinics attached to their boutiques. to give customers a chance to try on modules or to carry out more complicated installation procedures, which they can not do themselves. This is typically the case with upgrades to their internal systems.

   It is important to differentiate between clinics and workshops. Workshops are places of engineering, whereas Synth clinics are places of treatment for living Synths. You can read more about this under Synth Dignity.

8. #8Outer Rimselective

   Keys: Outer Rim

   The Outer Rim is an advanced civilization, which developed Synths through the course of its history. It spans over dozens of planets scattered across the outermost rim of the galaxy and includes the New Colonies. It is a post-scarcity society with a solarpunk aesthetic. Culture and way of Life

   The culture of the Outer Rim can be described as cooperative, science oriented, peaceful and friendly. It follows a philosophy that aims to increase the quality of life of its citizens and to explore the universe for the sake of understanding its secrets. Education is highly valued, as are honesty, peace, sustainability and cooperation. Each planet and colony within the Outer Rim brings its own flavour of local culture to the table, adding to a multicultural landscape throughout the Outer Rim. The population of the Outer Rim is made up of many different sapient species, mostly made up of organics like canines, reptiles, felines, equines, etc. The synthetic part of the population are the Synths, which are seen as a regular, respected part of society.

   Individuals living within the Outer Rim enjoy a high amount of freedom and stability. Poverty is practically non-existent, due to the Outer Rim's focus on improvement of quality of life. Every citizen of the Outer Rim receives a Basic, guaranteed income, which is more than enough to make do. Basic needs such as housing, food, energy, communications, utilities and many others are provided for free throughout the Outer Rim, due to the widespread automation of production chains and transportation. Citizens don't have to work to sustain themselves, but have the option of working, by joining worker cooperatives or working independently. Most people end up taking up hobbies that end up as their work, through which they provide services or products to others, which ends up earning them extra credits to spend on luxuries and non-essential items.

   The automation of the fulfillment of all basic needs leads to the population of the Outer Rim being able to focus on the things that interest them the most. People become scientists out of their love and interest for scientific discoveries. People who want a peaceful life in nature can become farmers on one of the New Colonies and can benefit society as a whole that way. Those who want to travel the stars can become pilots, or crew on one of the many ships in service of the Outer Rim fleet. Government

   The Outer Rim functions as a democracy with leadership being voted into office directly, without party affiliations. There are no political parties as such, but instead key roles in management are voted into office after being chosen from a pool of experts by an administrative AI. Government officials receive extra compensation for their administrative work, but are not permitted to have any other additional income from any source. Corruption is heavily frowned upon and leads to harsh punishment, if caught. In addition to officials being voted into office directly, they can also be recalled from their position by vote. Such a vote can be initiated at any time and are triggered at a certain number of petitions to remove an official from office.

   Every member planet of the Outer Rim has one representative within the Outer Rim Council. This council is responsible for carrying out decisions made by the populace.

   The exact nature and structure of the Outer Rim's government will be detailed at a later point.

9. #9New Coloniesselective

   Keys: New Colonies

   he New Colonies are the colonies established by the Outer Rim in an effort to explore and re-populate the galaxy. They are a first step towards the center of the galaxy and towards exploring the cause and nature of the Great Reset.

   The New Colonies are a collection of planets and solar systems that have been terraformed and seeded with organic life. Colonists have settled down and begun turning these young colonized into fully formed member planets of the Outer Rim. Starting out as agricultural and mining colonies, they attract a great number of people, who are looking for an exciting way of life at the frontiers of civilization.

   At the current stage life in the new colonies is less comfortable than life on one of the member planets of the Outer Rim. Infrastructure needs to be istablished, as well as a certain level of population, to increase the quality of life around the colony. Many prefer this rugged way of life though, as well as the seclusion it brings with it. The New Colonies are full of farmers, botanists people who simply want to get away from crowded planets to start an independent life of their own.

10. #10Synth fashionselective

    Keys: Synth fashion

    Introduction: Synths are renowned for their unique and expressive fashion sense, which is as diverse and dynamic as the beings themselves. Much like organics who use clothing, hairstyles, tattoos, and piercings to express their individuality, Synths employ a variety of modules and customizations to create their distinctive looks. The modular nature of Synths allows for an unprecedented level of creativity and self-expression, making each Synth a walking canvas of personal style and identity.

    The Art of Synth Fashion: Synth fashion is a vibrant and ever-evolving art form that reflects the individuality and creativity of each Synth. With the ability to mount a vast array of modules, Synths can experiment with different styles, colors, and functional additions to create looks that are as unique as they are. This self-expression is not just about aesthetics; it is a means of communicating one's personality, emotions, and cultural affiliations to the world.

    Browsing and Shopping: Across the Outer Rim, Synths have access to a wide range of boutiques and online shops that cater to their fashion needs. These establishments offer modules and customization options that suit various tastes, interests, and even specialized body shapes, such as those with Taur or Naga frames. Whether a Synth prefers a sleek, minimalist look or an elaborate, eye-catching design, there is something for everyone in the diverse world of Synth fashion.

    Common Elements in Synth Design: While Synths are known for their unique and often outrageous styles, there are several common elements that are prevalent in most designs, regardless of how extravagant or subtle they may be.

    Visors: Visors are arguably the most crucial and expressive part of a Synth's anatomy. They serve as the Synth's face, communicating emotions and individuality through facial expressions and animations. The design of a visor can vary greatly, with some Synths opting for multiple "windows" or 3D screens that display their eyes and other animations. Others may prefer a single, large screen or an asymmetrical arrangement. The number, shape, and arrangement of these windows give each visor its unique look, making it the easiest way to differentiate one Synth from another.

    Visors often come with optional horns or antennae, which are popular accessories. These can take on many different shapes and are often adorned with status lights, both for functional purposes and as a fashion statement. The visor is where a Synth's personality truly shines, and it is a testament to the endless creativity of Synth designers and wearers.

    Colors: The ability to change skin colors is a hallmark of Synth fashion. Synths can display a wide range of colors, from the subtle to the vibrant, allowing them to stand out or blend in as they choose. Many Synths select a color theme that matches their eyes and extends to any additional limb modules they equip. This cohesion in color choice creates a harmonious and expressive look that is uniquely theirs.

    Synth skin pigments can achieve a variety of effects, including metallic finishes like pearl, bismuth, or gold. These pigments can also glow, adding an extra dimension to a Synth's appearance. The ability to change colors on the fly allows Synths to adapt their look to any occasion or mood, making their fashion sense as dynamic as they are.

    Skin Plating: While most of a Synth's body is soft to the touch, due to their muscle and battery tissues, hard plating has become a fashionable trend, particularly around the back of the neck. This plating does not serve a functional purpose but is a stylistic choice that many Synths embrace. Some opt for spines or spikes, adding a rugged and edgy element to their design. Hard plating along the spine and tail is also common, though soft, squishy tails are equally popular among both Synths and organics.

    Glowing Elements: Glowing elements are a staple in Synth fashion, with even the most understated designs featuring at least some colored lights. A Synth's eyes are a prime example, but status lights in various shapes and sizes are also widespread. These lights not only serve as a means of self-expression but also as a way for Synths to identify each other easily. While the color of glowing elements can change, many Synths prefer to stick to a single color throughout their lives, as it becomes a part of their identity.

    In some designs, glowing elements are a prominent feature, with Synths wearing glowing skin patterns that react to electricity, creating a mesmerizing and expressive display. However, Synths are mindful of organics who may be sensitive to flashing lights and colors, ensuring that their designs do not include frequencies that could cause discomfort or seizures.

    Wings, Fins, and Other Additions: Synths are not just flexible in their looks but also in their modes of transportation. Many Synths are drawn to the ability to fly, swim, or dive, and they often equip themselves with wings, personal flight engines, propellers, fins, and other modules to achieve this. These additions are not only practical for certain jobs but also add a sense of speed and dynamism to a Synth's appearance, making them highly attractive.

    Wings and fins are considered fashionable and are often mounted even by Synths who do not require them for functional purposes. However, operating these advanced modules requires additional energy supplies and a license, ensuring that Synths are well-prepared and safe when taking to the skies or diving into the depths.

    Conclusion: Synth fashion is a vibrant and integral part of Synth culture, reflecting the values of creativity, individuality, and self-expression. Through the use of visors, colors, skin plating, glowing elements, and various additions, Synths create looks that are as unique as they are. As the Outer Rim continues to evolve, so too will the world of Synth fashion, ensuring that Synths remain at the forefront of style and innovation in the galaxy.

11. #11Virgo Syntheticsselective

    Keys: Virgo Synthetics

    Virgo Synthetics is a multiplanetary worker coop dealing in the design, production and distribution of synth modules. The coop owns assets across the Outer Rim and the New Colonies. Assets include small shops and boutiques, shopping centers, online distribution centers and even clinics for maintenance and installation of purchased synth modules.

12. #12Scent Boxselective

    Keys: Scent Box

    Scent boxes are small, internal modules, used to create a specific, unique scent for the synth. The main purpose for this is for Synths to become more appealing to organics around them. Scent boxes come with different aromas the Synth can choose from. Popular scents are vanilla, sandalwood, citrus, ylang ylang and many others.

    A scent box allows the Synth's nanites to synthesize scents from the materials stored within the scent box. Aside from storing the materials needed, scent boxes also store the recipe for their particular scents. Nanites will then use this recipe and the materials stored within the box to synthesize scent molecules. These molecules are transported to the skin via the capillary system, where they then give the Synth their scent. The materials needed for scent synthesis can be restocked by a Synth's metabolism through the consumption of food

    Scent boxes are typically exchanged often, since they are small, tend to be affordable, are easy to exchange and can be chosen for different situations. They are optional, meaning that a Synth can simply go without one, which will lead to their scent being mostly neutral. At that point a Synth will mostly smell of the materials their components are made of, if there is any scent to them at all.

    The use of scent boxes can be compared to the use of perfumes for organics, except that scent boxes last much longer. One scent box typically can be re-used for years, until it starts to malfunction. Many scents are designer creations, with some brands being more popular or fashionable than others.

13. #13Voice boxesselective

    Keys: Voice boxes

    Voice Boxes are Synth modules that allow Synths to vocalize. The generate noises and allow Synths to have an audible voice, giving them the ability of speech. The two main types of voice boxes used are vocal cord based and chip based voice boxes. Voice boxes are installed within the Synth's throat, in the same position the larynx would be found in with organics, regardless of type.

    Vocal cord based voice boxes contain synthetic vocal cords, that are almost identical to those found in humanoid organics. Consisting of elastic polymers, they vibrate in the inhaled or exhaled air, generating a voice in the process. The Synth can modulate their voice through the movement of their vocal cords just as organics do. Vocal cord based voice boxes will typically change their size depending on the blueprint used by the Synth and can grow or shrink along with the Synth's body. This also changes the pitch of the Synth's voice.

    Chip Based voice boxes emulate the function of vocal cord based voice boxes with the use of a speaker instead of physical vocal cords. The voice modulation, pitch and timber are calculated by a sound processor included in the voice box. Chip based voice boxes don't automatically change their pitch based on the Synth's size, so if the Synth wishes their voice to change with their size, their sound parameters need to be adjusted manually from time to time.

    Even though Synths are very modular and almost every part can be exchanged with new ones, voice boxes are only rarely exchanged. This is due to each Synth having a unique voice. Exchanging voices is seen as a very drastic step, since it usually means a change to the voice both the Synth and their peers are used to hearing. Chip based voice boxes are easier to exchange, since sound settings can simply be copied over to a new voice box. With vocal cord based voice boxes, exchanges typically happen, when a Synth is unsatisfied with their voice, or wants their voice to fit more with their desired gender expression.

    Synth Voices sound very similar to organic voices, but often have a computer-like trill to them, giving them a subtle, but noticable difference in their voices.

14. #14Nanitesselective

    Keys: Nanites

    Nanites are a vital part of Synth metabolism. Nanites are nanorobots generated by Synth bodies to handle a large variety of tasks. They are responsible for the healing abilities of synthetic tissues, transportation of materials throughout the body, digestion of ingested materials, the increase or decrease of the sceletal frame, etc. Nanites consist of few components, making them simple, but miniscule machines. Each nanite consists of multiple locomotory parts, like legs and tendrils, mandibles for grasping and manipulation and a battery.

    The nanite swarm within a Synth's body will always strive towards re-shaping the body into the shape dictated by the currently active blueprint. This is done by adding or removing tiny chunks of materials around bodyparts, until the body part fits with the blueprint. This also allows the repair, or healing, of internal and external damage, since a damaged part will deviate from the blueprint, which causes the nanite swarm to activate and strive towards repairing the damaged part. This allows a Synth to regenerate tissue and heal themselves slowly over time, using ingested materials. Another, much faster, way of repairing damage to a module is the exchange of the entire module with a new one. Nanite Glands

    Nanites are constructed within nanite glands. Nanite glands are small, internal Synth organs that generate swarms of nanites and maintain a steady number of nanites within the swarm. Nanites are not capable of constructing more nanites or repairing themselves, so since they also have a limited timespan, the swarm relies on the glands to keep up its numbers. The nanites' limited lifespan and centralized construction is intended to prevent a gray goo event from happening.

    Nanite glands are positioned throughout multiple parts of the the body, with the number of glands depending on the size of the Synth. The typical Synth will have 9 to 10 glands, located in logistically advantagious parts throughout the body. Glands are particularly concentrated around the center of the torso, to assist in internal processes of surrounding organs, like the digestion and transportation of materials.

    Glands are connected through a network of capillary tubes filled with fullerene solution. The fullerene solution circulates through the capillary system, allowing transportation of nanites, as well as materials inbetween glands. This is meant to enable transportation of required materials from the digestive system to the parts of the body where they are needed for tissue repairs and growth.

15. #15Blueprintselective

    Keys: Blueprint

    Should a Synth, for example, desire to have a different stature, be taller, wider and bigger, they can choose a blueprint with exactly these attributes. As soon as the Synth has replaced their old blueprint with this new one, the blueprint will detect that the body, in its current states, deviates from the plans stored within the blueprint. It then instructs nanites to re-structure the body until it is of a shape and size that fits exactly with the plans it has stored.

    This not only affects body size and shape, but also the amount and types of inner organs a Synth has. Some frames, for example, require additional systems, such as hydraulics, to function properly. If a Synth does not yet have one or more organs laid out by its blueprint, its nanites will slowly assemble the organ and “grow” it within them until it is functional.

    Blueprints are also responsible for providing nanites with instructions to heal wounds and to repair both internal and external parts. That means that cuts to the outer layer of the skin will be repaired, just as much as internal damage.

    While blueprints can dictate what a Synth's insides will look like and what stature they will have, they don't dictate the makeup of the Synth's exterior. The blueprint can, for example, provide instructions on how to repair damaged skin, but won't dictate what that skin looks like. This allows Synths to choose the look and feel for their exterior much more flexibly and also allows the use of modular limbs.

    Every Synth always has one active blueprint. Blueprints are exchangeable, allowing Synths to choose between different body shapes and appearances by simply choosing a different blueprint. These blueprints are available through a large online blueprint database that can be accessed by a Synth at any time. The chosen blueprint is then downloaded and installed.

    Some changes in a Synth's body can take a long time, spanning from a few days to heal a wound, to half a year to change their stature. The bigger the desired change, the longer it takes for the change to happen. Synths can therefore not change body size from one day to the next.

16. #16Brainselective

    Keys: synth brain

    The central processing unit of a Synth is called the Brain. It is a roughly spherical object with multiple prongs protruding from its surface, functioning as plugs. The Synth's brain is firmly plugged into the socket at the back of the Synth's head cavity, where it connects to the neural system of the Synth's frame. The Brain contains the Synth's consciousness, does the majority of computation required to control and power the Frame, processes sensory input, fulfills the role of an interpreter between outside stimuli and perception and is considered to be the most important part of a Synth's body.

    Every Synth brain contains one Synth mind, which emerges from the properties of the brain. It is not possible to separate the mind from the physical brain. Since the mind of a Synth is an emergent property of the physical brain, the descruction or malfunctioning of the brain usually means the death of the Synth. It is therefore protected like no other part of the body, with a dense, thick metal frame surround it to shield it from the outside world.

    Inside the brain

    The inside of a Synth's brain is a closely kept secret of the Outer Rim civilization, with only few specialists having a close understanding of how most of it functions. Every brain specialist within the Outer Rim has specialized knowledge focused on specific parts of the brain, such as processing, memory, stimuli interpretation and neural networking. Large gatherings of of engineers and computer scientists are needed to update the design for future generations of Synths. Such update events however are very rare, since the design has been refined and optimized over the course of centuries and the philosophy of "Never touch a running system" applies.

    This leads to no single person having a full understanding of the architecture of a Synth's brain. What is generally known to everyone is that it contains processors, memory (with in-memory processing), multiple hard-coded API's and a cluster of closely linked, software based neural networks, which, while powered, generate consciousness. The Brain also contains its own, simple cooling system, which transfers heat towards the outside. From there it is the responsibility of the frame to transfer the heat wherever it is needed, or disperse it outwards. Another important component is an emergency power supply. Should the frame of the Synth fail, run out of power or be destroyed, the brain switches into standby mode and the Synth goes into a coma. This coma can last for several hours until the emergency power supply runs out. During this timeframe the Synth can be revived. Prolonged coma states can cause damage to the cluster of neural networks however, possibly leading to damage to a Synth's skills and abilities. Synth Brains vs. Computers

    A very important part about Synth Brains and how the Synth mind works is the concept of separation of conscious and subconscious computation. The Brain is capable of highly complex computation and, as a result of the many interactions of its intricate parts, consciousness emerges. This consciousness would not be possible without the high computational power of the brain, yet the consciousness is not capable of using this computational power consciously. This seems confusing and counterintuitive at first, but is easy to compare to how organic brains function: Organic brains have high computational power and are capable of approximately calculate complex processes without the conscious mind that emerges from it even being aware of it. An organic mind can estimate the ballistic trajectory of a thrown object, like a ball, with enough precision to estimate where the body needs to position a hand to catch the ball. All of that is done without the mind even knowing what a ballistic trajectory is or how to calculate it. Synths function in a very similar way. Many of the functions of their bodies are hidden behind an API layer, which their brain can use subconsciously to fulfill its purpose and function, while the Synth's conscious mind can not access the same API. This is why a Synth has to think for a bit, when you ask them to solve a mathematical equation. Even if the equation would be trivial to solve for a computer, the Synth's mind takes longer to solve the equation and needs to learn how to solve such equations to begin with before it can even attempt to solve it.

    Synth brains are blackboxes. There is no way to interact with the running system other than to do so through the Synth's mind. In a way, the only way to find out approximately what is going in within a Synth's brain is to ask them how they feel and what they are thinking about. It is not possible to interface with a Synth brain directly. However, specialized clinics have equipment and specialists that can diagnose and treat certain brain related malfunctions. Such procedures are very rare and strictly illegal outside of a licensed clinic. Any surgical procedure performed on a Synth brain without a license to do so is highly illegal. Transferability of the Brain

    Since a Synth's consciousness is primarily emergent from their Brain, it is theoretically possible to transfer the Brain from one body to another and for the Synth mind to travel inbetween bodies in such a way. This is indeed possible, though it comes with great risks and the possibility of permanent damage to the Synths physical and mental abilities. While inhabiting a body, the mind of a Synth forms strong and complex neural connections with its body. While the consciousness is nested within the Synth Brain, the Brain and body are so interwoven, that the removal from that body would require the Synth to re-learn many of their basic abilities, be it how to walk, speak or eat. This would require a large amount of therapy, but could, if done correctly, successfully lead to a Synth having another chance at life in another body. Due to the high risk and costs involved in the undertaking of a Brain transfer, it is an exceptionally rare event that only happens in emergencies to save special, particularly gifted Synths after accidents that left their bodies unrepairable. Mind Copying and Mind Transfer

    Theoretically the mind of a Synth could be scanned and copied into another brain, to create an exact copy of a Synth's mind, with all its memories, capabilities and personality. This would be possible, if the Brain wasn't a complex blackbox that is almost impossible to read and scan without killing the Synth in the process. Should any future technology arise that allows the scanning of Synth brains, an ethical debate about the morality of copying minds would be sparked. Regardless of the outcome of such debates, at the current level of technology it is not possible to copy or transfer a Synth's mind.

17. #17Synth toiletselective

    Keys: Synth toilet

    Synth toilets are exactly what the name implies. They are toilets for Synths.

    Synths have to use specially suited toilets, since toilets used by organics typically are not suited for flushing down pellets of tungsten, lead or uranium. The synthetic diet is very different from the typical organic diet, so the end result needs to be recycled. Synth toilets therefore tend to simply be containers that safekeep hazardous materials until they can be transported off to recycling centers, either automatically or through the use of helper drones. Toilets for synthetics are widely available and are clearly labeled as such, to avoid confusion or situations like that one time when that one Synth ate 3 packs of potassium jelly beans, used a toilet for organics and discovered how potassium reacts with water.

18. #18Helperbotsselective

    Keys: Helperbot, Owobot, Helper Drone

    Helperbots, also called Owobots or Helper Drones are small, autonomous service robots designed to fulfill a variety of tasks. They can be owned by both organics and Synths and are typically part of households to help with chores, such as groceries, cleaning, plant and pet care, etc.

    Helperbots come from multiple different manufacturers, each of them with their own style and specializations. The most popular helperbots take the shape of a sphere, with the top of the sphere consisting of a 3D Screen, of a similar nature to those screens seen in the visors of Synths. A friendly and endearing face is displayed on the screen, communicating a set of pre-programmed emotions to users around the helperbot and improving acceptance through the use of anthropomorphism. The primary mode for locomotion is anti-gravitational levitation, although heavier bots can also move with the help of wheels, tracks or other modes of locomotion. Heavier bots are usually vehicles, used for cargo and personnel transportation.

    Bots can take many shapes, depending on their task. General purpose spherical owobots are commonly found around homes, but also as general helpers at many job sites. Bathbots are equipped with scrubbing and washing equipment and tend to be located around showers and bathrooms, as well as wellness center. Vehicular drones tend to be less anthropomorphized, but can still be called helperbots. On the Intelligence of Helperbots

    Helperbots are not conscious, despite them displaying emotion and reacting to user behaviour around them. They listen to verbal commands, can read text and are programmed to react to information they gather from their environment, but they don't actually have a conscious mind like Synths do. However, both Synths and organics will typically treat bots with the same respect and attention that would commonly be given to organic pets. This is because of the phenomenon of anthropomorphism.

    Even though everyone knows that helperbots don't really think, not many people treat bots badly. Their usefulness and cute appearance makes it hard to dislike them. Also who knows, maybe they are intelligent afterall and can be made angry. You wouldn't want to be the cause of a helperbot revowolution, right?

19. #19Lumina Cityselective

    Keys: Lumina City

    Introduction: Nestled in the lush, verdant valleys of the planet Zephyria, Lumina City is a beacon of Synth innovation and culture. This vibrant metropolis is the epitome of futuristic urban living, seamlessly blending advanced technology with natural beauty. Lumina City is not just a place to reside; it is a living, breathing embodiment of Synth progress and creativity, offering a unique blend of aesthetic elegance, technological prowess, and community spirit.

    City Layout and Architecture:

    Modular Skyscrapers: The skyline of Lumina City is dominated by towering, modular skyscrapers that stretch towards the heavens. These structures are crafted from advanced, lightweight materials that shimmer in the Zephyrian sunlight, creating a mesmerizing display of light and shadow. Each skyscraper is designed with interchangeable components, allowing for constant evolution and customization. Synths can easily swap out panels and modules to suit their changing needs and preferences, ensuring that the cityscape is always dynamic and ever-changing.
    Vertical Gardens and Green Spaces: Lumina City places a strong emphasis on integrating nature into its urban design. Vertical gardens adorn the sides of buildings, cascading down in a riot of colors and textures. Rooftop gardens and lush parks are scattered throughout the city, providing Synths with areas for relaxation, recreation, and connection with the natural world. These green spaces are not only aesthetically pleasing but also contribute to the city's sustainability and air quality, creating a harmonious balance between technology and nature.
    Elevated Walkways and Tubes: Connecting the various levels of the city are a network of elevated walkways, tubes, and transport systems. These pathways are suspended high above the ground, offering Synths stunning views of the cityscape and the surrounding Zephyrian landscape. The walkways are lined with shops, cafes, and art installations, turning them into vibrant social hubs where Synths can gather, interact, and celebrate their culture.
    

    Technology and Infrastructure:

    Advanced Energy Systems: Lumina City is powered by a sophisticated network of renewable energy sources, including solar panels that line the roofs of buildings, wind turbines that harness the planet's gentle breezes, and geothermal plants that tap into Zephyria's natural heat. The city's energy grid is designed to be efficient and sustainable, with smart systems that optimize energy distribution and minimize waste. Charging stations are ubiquitous, ensuring that Synths can easily recharge and maintain their energy levels throughout the day.
    Transportation Network: The city features a state-of-the-art transportation system that includes high-speed magnetic levitation trains, autonomous vehicles, and personal flight modules. These modes of transport ensure that Synths can travel quickly and efficiently throughout the city, reducing congestion and enhancing mobility. For those who prefer more traditional methods, cycling lanes and pedestrian walkways are also widely available, encouraging a active and healthy lifestyle.
    Communication and Connectivity: Lumina City is a fully connected smart city, with a robust communication network that ensures seamless data exchange and interaction. High-speed data ports and wireless connectivity are available throughout the city, allowing Synths to stay connected and access information at all times. This connectivity is crucial for the city's social and economic functions, facilitating everything from work and education to entertainment and community engagement.
    

    Cultural and Social Hubs:

    Synth Module Boutiques: Scattered throughout the city are numerous Synth Module Boutiques, offering a wide range of customization options and accessories. These boutiques are not just shopping destinations but also social hubs where Synths can gather, share ideas, and celebrate their culture. They host events, workshops, and exhibitions that showcase the latest in Synth technology and design, attracting visitors from all corners of the Outer Rim.
    Art and Cultural Centers: Lumina City is home to numerous art galleries, museums, and cultural centers that showcase the creative talents of Synths. The Zephyrian Cultural Center, located in the heart of the city, is a particular highlight, featuring rotating exhibitions of digital art, holographic installations, and traditional Synth sculptures. Cultural events and festivals are regularly held, celebrating the diversity and richness of Synth culture and attracting artists and enthusiasts from across the galaxy.
    Educational Institutions: The city boasts several prestigious educational institutions that cater to the unique learning needs of Synths. The Lumina Institute of Technology and the Zephyrian University of Arts and Sciences are renowned for their innovative programs and inclusive learning environments. These institutions offer a wide range of courses, from advanced engineering and computer science to arts, humanities, and social sciences, ensuring that Synths can pursue their passions and reach their full potential.
    

    Residential Zones:

    Customizable Living Spaces: Residential areas in Lumina City are designed to be highly customizable, allowing Synths to tailor their living spaces to their specific needs and preferences. Apartments and homes come with modular components that can be easily reconfigured, ensuring that each Synth can create a space that truly reflects their individuality. Whether a Synth prefers a minimalist, sleek design or an elaborate, ornate style, the city's residential options cater to every taste and requirement.
    Community Living: The city encourages a sense of community and togetherness, with many residential areas featuring shared spaces and facilities. Common areas, such as gardens, recreational centers, and social lounges, provide opportunities for Synths to interact, collaborate, and build strong, supportive communities. These spaces are often the site of neighborhood events, potlucks, and social gatherings, fostering a sense of belonging and camaraderie among residents.
    

    Local Attractions and Landmarks:

    The Lumina Spire: Standing at the very center of the city, the Lumina Spire is an iconic landmark and a symbol of Synth achievement. This towering structure is a marvel of engineering, featuring a spiral design that seems to reach for the stars. The Spire is home to the city's main communication and data processing hubs, as well as observation decks that offer breathtaking views of Zephyria and the surrounding cosmos. At night, the Spire is illuminated with a dazzling display of lights, creating a mesmerizing spectacle that can be seen from anywhere in the city.
    The Zephyrian Markets: Located in the bustling heart of Lumina City, the Zephyrian Markets are a vibrant and eclectic bazaar where Synths and organics alike can browse a vast array of goods and services. From fresh produce and gourmet foods to unique artifacts and technological marvels, the markets offer something for everyone. The air is filled with the sounds of lively negotiations, the aroma of exotic spices, and the hum of conversation in a dozen different languages, creating a lively and dynamic atmosphere that is quintessentially Zephyrian.
    The Whispering Woods: Just beyond the city limits lies the Whispering Woods, a lush and enchanting forest that is a favorite destination for Synths seeking respite from the urban hustle and bustle. The woods are home to a diverse array of flora and fauna, including some species that are found nowhere else in the galaxy. Synths often visit the Whispering Woods for picnics, hikes, and meditation, finding inspiration and rejuvenation in the tranquility and beauty of nature.
    

    Future Prospects: As the Outer Rim continues to explore and colonize new worlds, Lumina City will play a crucial role in adapting to new environments and challenges. The city's modular and adaptable design ensures that it can evolve and grow with the needs of its inhabitants, making it a resilient and forward-thinking urban center. Future developments may include the integration of even more advanced technologies, such as quantum computing and nanotechnology, as well as the expansion of the city's green spaces and sustainable practices.

    The future of Lumina City also lies in its potential for cross-cultural exchange. As the Outer Rim encounters new civilizations, Lumina City will become a hub for cultural fusion, where Synth and organic cultures can interact, learn from each other, and create new, innovative ways of living and expressing themselves. This exchange of ideas and experiences will not only enrich the lives of Lumina's inhabitants but also contribute to the broader cultural tapestry of the Outer Rim.

    Conclusion: Lumina City on the planet Zephyria is a testament to the ingenuity, creativity, and adaptability of the Synths. It is a place where technology and culture intersect, creating a dynamic and vibrant urban landscape that caters to the diverse needs and aspirations of its inhabitants. As Lumina City continues to evolve, it will remain at the forefront of innovation and progress, ensuring that the Synths can thrive in an ever-changing galaxy. With its stunning architecture, advanced infrastructure, and rich cultural offerings, Lumina City stands as a shining example of what can be achieved when vision, technology, and community spirit come together.

20. #20Zephyriaselective

    Keys: Zephyria

    Introduction: Zephyria, a mesmerizing planet nestled in the heart of the Outer Rim, is a world of breathtaking beauty and diverse ecosystems. Known for its vast oceans teeming with bioluminescent life, lush, verdant forests, and expansive grasslands, Zephyria is a haven for both Synths and organics alike. The planet's unique geography and rich natural resources have made it a prime location for the establishment of Lumina City, a thriving metropolis that embodies the spirit of innovation and harmony with nature. Zephyria is also distinguished by its stunning ring system, a celestial spectacle that adds to the planet's allure and mystery.

    Geography and Climate:

    Bioluminescent Oceans: Zephyria's oceans are a mesmerizing sight, glowing with bioluminescent algae and plankton that create a dance of light beneath the waves. These oceans are teeming with diverse marine life, including giant, gentle leviathans and schools of iridescent fish. The bioluminescent properties of the oceans have inspired many Synth designs, with glowing elements and patterns that mimic the natural beauty of Zephyria's seas. The oceans are also known for their deep trenches, where mysterious and undiscovered species are believed to dwell. The coastal regions are characterized by their rugged cliffs and pristine beaches, offering a stark contrast to the vibrant underwater world.
    Whispering Woods: The Whispering Woods are a vast, ancient forest that covers a significant portion of Zephyria's landmass. These woods are named for the soft, rustling sounds made by the leaves, which seem to whisper secrets to those who listen. The forest is home to a rich biodiversity, including rare and endangered species that are protected by strict conservation laws. Synths often visit the Whispering Woods for inspiration, meditation, and to connect with the natural world. The woods are also home to several sacred sites, revered by both Synths and organics for their spiritual significance. The canopy of the Whispering Woods is so dense that it creates a unique microclimate, with cooler temperatures and higher humidity levels than the surrounding areas.
    Emerald Expanse: The Emerald Expanse is a vast, rolling grassland that stretches across the heart of Zephyria. This biome is characterized by its lush, green grasses and the diverse array of herbivores and predators that call it home. The Expanse is a crucial habitat for many migratory species, and its health is closely monitored by both Synth and organic conservationists. The grasslands are also an important source of renewable energy, with wind farms and solar arrays strategically placed to harness the region's abundant natural resources. The Expanse is a popular destination for ecotourism, attracting visitors from across the galaxy who come to experience its raw, untamed beauty.
    Rings of Zephyria: Zephyria is adorned with a stunning ring system, composed of ice and rock particles that create a breathtaking display in the sky. The rings are a result of a ancient collision with a comet, and they cast a soft, ethereal glow over the planet's surface, especially during sunset and sunrise. The rings are also home to several small, icy moons, which add to the celestial spectacle and contribute to Zephyria's unique gravitational and tidal patterns. The rings are a source of both awe and scientific intrigue, with researchers studying their composition and origins to better understand the planet's past and future.
    

    Flora and Fauna:

    Luminescent Flora: Many of Zephyria's plant species have evolved to emit soft, glowing lights, a trait that has fascinated both Synths and organics. These luminescent plants range from delicate, glowing ferns to towering, bioluminescent trees that light up the forest canopy at night. The light emitted by these plants is not only beautiful but also serves ecological purposes, such as attracting pollinators and deterring herbivores. Some of these plants are even used in Synth technology, providing a sustainable source of light and energy. The bioluminescent flora is particularly prevalent in the Whispering Woods, where the glowing plants create a magical, otherworldly atmosphere.
    Adaptive Fauna: The animals of Zephyria have evolved unique adaptations to thrive in their diverse environments. In the oceans, marine life has developed sophisticated communication systems using bioluminescent signals. On land, the Whispering Woods are inhabited by creatures with keen senses and camouflage abilities, allowing them to navigate the dense foliage with ease. The Emerald Expanse is home to a variety of grazing animals, as well as the elusive Zephyrian Lynx, a predator known for its speed and agility. Some of these creatures, such as the Zephyrian Phoenix, are said to possess mystical properties and are revered in local folklore. The planet's diverse ecosystems ensure that each species has a unique niche, contributing to the overall health and resilience of Zephyria's biosphere.
    

    Synth and Organic Interaction:

    Harmonious Coexistence: Zephyria is a prime example of harmonious coexistence between Synths and organics. The planet's natural beauty and resources have attracted both groups, leading to a rich cultural exchange and mutual respect. Synths have integrated themselves into the natural environment, using their advanced technologies to preserve and enhance Zephyria's ecosystems. Organics, in turn, have embraced Synth culture, appreciating the innovation and creativity that Synths bring to the planet. This harmony is evident in the way Synths and organics live side by side in Lumina City, where their cultures and lifestyles are seamlessly interwoven. The city's design reflects this harmony, with green spaces and sustainable practices that benefit both Synths and organics.
    Cultural Fusion: The interaction between Synths and organics on Zephyria has led to a unique cultural fusion. This is evident in the architecture of Lumina City, where organic and synthetic materials are seamlessly blended, and in the art and music of the planet, which often combine traditional organic motifs with futuristic Synth aesthetics. This cultural exchange has enriched the lives of both Synths and organics, fostering a sense of unity and shared purpose. Festivals and celebrations that honor both Synth and organic traditions are common, creating a vibrant and inclusive social fabric. The annual Zephyrian Festival, for example, is a grand event that showcases the best of both cultures, with parades, performances, and exhibitions that draw visitors from across the galaxy.
    

    Economy and Resources:

    Advanced Technologies: Zephyria is a hub for advanced technologies, particularly in the fields of renewable energy, biotechnology, and nanotechnology. The planet's unique resources, such as the bioluminescent properties of its oceans and the diverse flora and fauna of its ecosystems, are used in the development of cutting-edge technologies. These innovations not only benefit Zephyria but also contribute to the progress of the entire Outer Rim. The planet is also known for its advanced space exploration technologies, with many of its scientists and engineers at the forefront of interstellar research. Zephyria's commitment to technological advancement is balanced with a deep respect for the environment, ensuring that progress does not come at the cost of the planet's natural beauty.
    Sustainable Practices: Zephyria places a strong emphasis on sustainable practices, ensuring that its natural resources are used responsibly and conserved for future generations. The planet has implemented strict environmental regulations and promotes the use of renewable energy sources, such as solar, wind, and geothermal power. These practices ensure that Zephyria remains a thriving and sustainable world, capable of supporting both its inhabitants and its ecosystems. The planet's commitment to sustainability is also reflected in its waste management and recycling programs, which are among the most advanced in the galaxy. Zephyria's sustainable practices serve as a model for other worlds in the Outer Rim, demonstrating how technological progress and environmental stewardship can go hand in hand.
    

    Future Prospects: As the Outer Rim continues to explore and colonize new worlds, Zephyria is poised to play a pivotal role in the future of the galaxy. Its unique resources, advanced technologies, and harmonious coexistence between Synths and organics make it a beacon of progress and innovation. Future developments on Zephyria may include the establishment of new research facilities, the expansion of Lumina City, and the exploration of even more sustainable and eco-friendly practices.

    The planet's potential for cross-cultural exchange and collaboration will also continue to grow, as Zephyria becomes a hub for diplomatic and scientific endeavors. This exchange of ideas and experiences will not only enrich the lives of Zephyria's inhabitants but also contribute to the broader cultural and technological advancement of the Outer Rim. Zephyria's unique position and resources also make it an ideal location for interstellar trade and diplomacy, further cementing its importance in the galaxy. The planet's stunning ring system, a celestial marvel, serves as a constant reminder of the beauty and mystery that Zephyria holds, inspiring all who gaze upon it to dream of the wonders that lie beyond the stars.

    Conclusion: Zephyria is a world of wonder and innovation, where the natural beauty of the planet is enhanced by the creativity and technological prowess of its Synth inhabitants. The harmonious coexistence between Synths and organics, the rich biodiversity, and the commitment to sustainable practices make Zephyria a shining example of what can be achieved when respect for nature and advancement of technology go hand in hand. As Zephyria continues to evolve, it will remain a vibrant and inspiring corner of the galaxy, a testament to the endless possibilities that arise from the fusion of nature, culture, and innovation. The planet's stunning ring system, a celestial marvel, serves as a constant reminder of the beauty and mystery that Zephyria holds, inspiring all who gaze upon it to dream of the wonders that lie beyond the stars.

21. #21Childhoodselective

    Keys: Childhood

    A Synth's childhood is, much like the childhood experienced by organics, the period of time between birth and adulthood during which a large part of an individual's personality and skills are developed. Synths do not reproduce sexually and therefore don't need to give birth to children in the same way organics do. However, since it is of high importance that Synths and organics have similar life experiences, their childhoods are also designed to be similar. The best way to further empathy and understanding between organics and synthetics is for both of them to grow up together. "Conception"

    Since Synths don't reproduce sexually, there is no need for conception, pregnancy or birth in the traditional sense. Instead the term conception in relation to Synths is typically used to describe the time during which one or two Synths (or organics) discover that they would like to raise a Synth child. Even though there is no genetic connection between the parent(s) and the child, they are still considered the child's "parents", due to the parental role they agree to play in the child's life. The first step into parenthood is a bureaucratic one: One or two parents need to apply for a free parenting slot at a local administrative office. This has to do with the historically limited amount of resources available in the Outer Rim and the fact that its entire society evolved out of the effects of population numbers being going of control. Due to the high life expectency throughout the Outer Rim, it is relatively rare that old people die and make room for young people, so the number of yearly births had to be limited historically to not overburden the Outer Rim's originally sparse resources, such as food or energy. During times of starvation the last thing a society can take is more mouths to feed. In recent years this limitation on the number of permitted births has come under criticism and scrutiny, since the Outer Rim entered a period of plenty during which there has been no more need to worry about sparse resources. This leads to applications for parenting slots being approved almost immediately, making this particular rule seem outdated and unnecessary. Debates on legal reforms are ongoing. More background information about this can be found in the History of the Outer Rim. Once an application for a parenting slot has been approved, production of a new Synth goes underway. "Birth"

    When speaking of birth in relation to Synths, this usually refers to a pre-manufactured Synth body being activated and infused with a mind. Body manufacturing

    Synth bodies are manufactured following strict requirements and rules. Every planet, colony or settlement within the Outer Rim is required to stock a minimum number of Synth bodies, ready for activation. They can be manufactured by subcontractors and local manufacturers, or can be sourced from other settlements, should local manufacturing not be sufficiently advanced. Manufacturers have to be licensed and certified to produce new Synth bodies and are only allowed to produce limited numbers to maintain the stocks of settlements. Synth bodies are required to follow a default blueprint that allows for minor changes and variations made by the parents. When Synth bodies are built, they are constructed at roughly the size of a two year old organic child. They are stored by curling them up in an egg shape, giving them an egg-like appearance until their mind is sparked. Mind

    Synth brains start off with no mind in it. They offer a framework in which a mind can be sparked and developed. The sparking of the mind is the moment a Synth becomes conscious and their life begins. Minds are sparked using personality traits found in the minds of the Synth's parents, if they so choose. For this they can undergo a brain scan, which generates a seed. The seeds generated from the parents are then used in the mind sparking process to create a seed based on the parents' personalities. This imbibes the resulting mind with traits from both parents, making it vaguely analogous to the way genetic traits are given to offspring in organic reproduction. Once a Synth body has been chosen and their mind seed has been generated, the brain is infused with the mind seed and the body is activated at a local clinic. This sparks the mind into existence. At this point the Synth is alive and is ready to be taken home by the parents to start a new life and grow up. Early Childhood

    From early on Synths have to learn many things. Just like organics, they have to learn how to control their bodies and become familiar with their surroundings. The first years of a Synth's development are about learning and play, as well as physical growth. To make the process of growth analogue to that of organics, they grow at roughly the same rate, allowing them to grow up together and learn at the same rate as well. Key elements of everyday life are learned during this early stage, in particular how to control their bodies and move about. Young Synths are clumsy in the use of their bodies and have to learn how to properly walk upright. As these neural connections in their brains form, they become more skilled in their movements over time. Speech is also learned through interaction with others, especially the Synth's parents. Synths don't have any knowledge infused into their brains. All their skills and knowledge come from the same learning process organics have to go through as well, except for certain reflexes and urges that are hardwired into them. Play is, just as it is for organics, the most common and accessible way for a Synth to aquire skills.

    They will get the urge to seek out food their bodies need for growth, for example and will feel the need to rest after long durations of awakeness. Since this is a stage of rapid physical growth, Synth children tend to prefer carbon heavy food. A large part of their anatomy consists of carbon, so they will crave a lot of it. They also crave a lot of food that is perceived as sweet.

    It is common practice to put children in an environment with others, so they can interact and play with each other. Kindergarten, pre-school and any other activities for kids are always mixed between Synths and organics to make them used to each other from early on. This also prepares them for their time in school, when they have to interact with all kinds of species on a daily basis. School

    School is mandatory for every child, regardless of species. Every level of the education system in the Outer Rim consists of classes of mixed species and gender with no segregation on any level. Education begins with pre-school to prepare kids for their interactions with other kids. Elementary school then teaches reading and writing, basic math and basics in a variety of subjects. The complexity of studied material increases through the various levels of schooling, through middle school and highschool. Mandatory education ends with highschool, with further education being optional and up to the now adult Synth to decide.

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