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mnemosynecrew) wrote2024-08-28 11:44 pm
mnemosynecrew) wrote2024-08-28 11:44 pm
🪐 TELLUS & THE UNITED PLANET
TELLUS & THE UNITED PLANET
Tellus, formerly known as Earth, is the third planet from the sun and the birthplace of humans. Previously a lush world with billions of animal life (most commonly beetles), half of the planet is now non-viable.
Population: 5 Billion (52% humans, 31% elheen, 12% hybrids, 5% mechs)
Official Language: Tellurian (an evolved mix of Chinese, English and Indian, with many words from Elheen)
Capital: Punasheng (EUP)
Largest City: Lagoberra (WUP)
Currency: Universal Basic Income (UBI)
Area: Spans over the past continents of South America, Africa and Australia, all now East United Planet (EUP), Mid United Planet (MUP) and West United Planet (WUP)
GOVERNMENT
The United Planet’s government is a sophisticated and multi-layered structure designed to manage a unified global society. The Global Council serves as the central governing body, supported by the Unity Administration. The electoral and political processes ensure public participation and representation, while a robust legal framework guides governance and policy.
The United Planet (UP)
All former nations have merged into a single governing body known as the United Planet (UP). This unified government is dedicated to ensuring global peace, technological advancement, and ecological recovery. The UP operates through a centralized council representing various sectors, and a united administration. Decisions are made with a focus on sustainability, equity, and scientific innovation. The UP is also the heads of the Mnemosyne project.
The Global Council (GC)
This council is the primary governing body of the United Planet, consisting of elected representatives from different regions and sectors of the planet. Some are special delegates, appointed experts in fields like science, technology, environment, and diplomacy. Others are part of an executive committee, a subset of high-ranking officials responsible for day-to-day operations and decision-making like enacting laws, policies, and social welfare.
The Unity Administration (UA)
The Unity Administration is led by the President of the United Planet, elected by the Global Council. They serve as the head of state and government, representing the United Planet in both Tellurian and possible future interstellar affairs. Below the president is the vice president; a person that assists the president and steps in if they are unable to perform their duties. Throughout the administration are various departments that manage specific areas such as defense, health, environment, and space exploration. Other departments carry out and enforces laws and regulations set by the Global Council.
The United Planet’s government is a sophisticated and multi-layered structure designed to manage a unified global society. The Global Council serves as the central governing body, supported by the Unity Administration. The electoral and political processes ensure public participation and representation, while a robust legal framework guides governance and policy.
The United Planet (UP)
All former nations have merged into a single governing body known as the United Planet (UP). This unified government is dedicated to ensuring global peace, technological advancement, and ecological recovery. The UP operates through a centralized council representing various sectors, and a united administration. Decisions are made with a focus on sustainability, equity, and scientific innovation. The UP is also the heads of the Mnemosyne project.
The Global Council (GC)
This council is the primary governing body of the United Planet, consisting of elected representatives from different regions and sectors of the planet. Some are special delegates, appointed experts in fields like science, technology, environment, and diplomacy. Others are part of an executive committee, a subset of high-ranking officials responsible for day-to-day operations and decision-making like enacting laws, policies, and social welfare.
The Unity Administration (UA)
The Unity Administration is led by the President of the United Planet, elected by the Global Council. They serve as the head of state and government, representing the United Planet in both Tellurian and possible future interstellar affairs. Below the president is the vice president; a person that assists the president and steps in if they are unable to perform their duties. Throughout the administration are various departments that manage specific areas such as defense, health, environment, and space exploration. Other departments carry out and enforces laws and regulations set by the Global Council.
SOCIETY
The merging of nations has led to the development of a unified global culture, characterized by a blend of diverse traditions, languages, and artistic expressions. This cultural amalgamation is reflected in the planet’s architecture, cuisine, festivals, and social norms. In addition to that, there has been a strong emphasis on scientific and technological advancement, and Tellus invests heavily in education and research. Institutions of learning and innovation are highly esteemed, and there is a collective focus on exploring new frontiers in science and space.
Global Health and Well-Being: The well-being of inhabitants is a top priority, with advanced healthcare systems, mental health support, and universal access to medical services. The global health infrastructure is designed to address both physical and psychological needs, ensuring a high quality of life.
Post-Scarcity Economy: The integration of advanced technologies, such as synthesizing, automation and 3D printing, creates a post-scarcity economy where many basic goods and services are abundantly available. People have access to essential resources and high-quality goods without the traditional limitations of scarcity. This leads to a focus on quality of life and personal fulfillment rather than material accumulation.
Universal Basic Income (UBI): To ensure equitable distribution of wealth and reduce economic inequality, a Universal Basic Income is implemented, providing all citizens with a guaranteed income to cover basic needs. UBI supports a stable standard of living for everyone, allowing individuals to pursue education, creative endeavors, and personal growth without the pressure of economic hardship.
Focus on Quality of Life: With basic needs met and economic pressures alleviated, society places greater emphasis on cultural, educational, and personal development. People have more time and resources to invest in arts, science, and social initiatives, leading to a vibrant and enriched society.
Innovation and Creativity: The availability of resources and a supportive economic system encourage innovation and creative pursuits. Advances in technology, culture, and exploration thrive as individuals and communities have the freedom to explore new ideas and push boundaries.
AU WORKSHOP
tarakan: While Tellurian is the official language and one of the most widely spoken on the planet, there are other languages spoken, especially on fringe colonies near the edge of the viable regions.
One of them is called Uralian. The accent sounds similar to Russian but because it's associated with fringe colonies away from major metropolitan areas, it's got a bit of an implication of being a hick or a yokel. People try to lose their Uralian accent if they go to higher education, important positions in the government, etc. etc. The language uses a different sentence structure than Tellurian, leading to a bit of broken Tellurian when a native Uralian speaker is learning the language.
The merging of nations has led to the development of a unified global culture, characterized by a blend of diverse traditions, languages, and artistic expressions. This cultural amalgamation is reflected in the planet’s architecture, cuisine, festivals, and social norms. In addition to that, there has been a strong emphasis on scientific and technological advancement, and Tellus invests heavily in education and research. Institutions of learning and innovation are highly esteemed, and there is a collective focus on exploring new frontiers in science and space.
Global Health and Well-Being: The well-being of inhabitants is a top priority, with advanced healthcare systems, mental health support, and universal access to medical services. The global health infrastructure is designed to address both physical and psychological needs, ensuring a high quality of life.
Post-Scarcity Economy: The integration of advanced technologies, such as synthesizing, automation and 3D printing, creates a post-scarcity economy where many basic goods and services are abundantly available. People have access to essential resources and high-quality goods without the traditional limitations of scarcity. This leads to a focus on quality of life and personal fulfillment rather than material accumulation.
Universal Basic Income (UBI): To ensure equitable distribution of wealth and reduce economic inequality, a Universal Basic Income is implemented, providing all citizens with a guaranteed income to cover basic needs. UBI supports a stable standard of living for everyone, allowing individuals to pursue education, creative endeavors, and personal growth without the pressure of economic hardship.
Focus on Quality of Life: With basic needs met and economic pressures alleviated, society places greater emphasis on cultural, educational, and personal development. People have more time and resources to invest in arts, science, and social initiatives, leading to a vibrant and enriched society.
Innovation and Creativity: The availability of resources and a supportive economic system encourage innovation and creative pursuits. Advances in technology, culture, and exploration thrive as individuals and communities have the freedom to explore new ideas and push boundaries.
AU WORKSHOP
tarakan: While Tellurian is the official language and one of the most widely spoken on the planet, there are other languages spoken, especially on fringe colonies near the edge of the viable regions.One of them is called Uralian. The accent sounds similar to Russian but because it's associated with fringe colonies away from major metropolitan areas, it's got a bit of an implication of being a hick or a yokel. People try to lose their Uralian accent if they go to higher education, important positions in the government, etc. etc. The language uses a different sentence structure than Tellurian, leading to a bit of broken Tellurian when a native Uralian speaker is learning the language.
ENVIRONMENTAL COLLAPSE
Before the comprehensive climate change initiatives of 2100, Tellus experienced severe ecological degradation. Massive deforestation, pollution, and climate instability led to the death of significant portions of the planet’s biosphere. By 2100, a global effort was launched to reverse these effects, focusing on restoring ecosystems and developing new technologies to combat further damage.
Viable Regions:
Approximately 50% of Tellus remains ecologically viable, comprising areas with restored environments, thriving ecosystems, and sustainable human habitation. These regions feature advanced green technologies, such as artificial biospheres, climate-controlled habitats, and integrated ecological management systems. Major cities and research centers are located within these areas.
The remaining 50% of the planet is classified as non-viable. These areas are characterized by severe environmental damage, including toxic soil, extreme weather conditions, and barren landscapes. Efforts to rehabilitate these regions continue, but they remain largely uninhabitable due to their harsh conditions.
While classified as non-viable, these regions do have a lot of settlements of people that have left the safe cities to live in what they call 'the fringes'. From shady criminal undergrounds to people driven mad by radiation, it's a dangerous place where the person with the biggest weapon is king.
Before the comprehensive climate change initiatives of 2100, Tellus experienced severe ecological degradation. Massive deforestation, pollution, and climate instability led to the death of significant portions of the planet’s biosphere. By 2100, a global effort was launched to reverse these effects, focusing on restoring ecosystems and developing new technologies to combat further damage.
Viable Regions:
Approximately 50% of Tellus remains ecologically viable, comprising areas with restored environments, thriving ecosystems, and sustainable human habitation. These regions feature advanced green technologies, such as artificial biospheres, climate-controlled habitats, and integrated ecological management systems. Major cities and research centers are located within these areas.
- Artificial Biospheres: To combat the effects of climate change and restore ecological balance, several artificial biospheres have been created. These controlled environments replicate various ecosystems and support diverse flora and fauna. They serve as research centers and conservation areas, contributing to the recovery of endangered species and ecosystems.
- Climate-Controlled Habitats: For areas that remain harsh or unstable, climate-controlled habitats provide safe and sustainable living conditions. These structures are equipped with advanced life-support systems, including air and water purification, temperature regulation, and energy efficiency measures.
- Sustainable Energy Solutions: Tellus has transitioned to fully renewable energy sources, including solar, wind, geothermal, and advanced fusion technologies. Energy is managed through a global grid system that ensures efficient distribution and minimizes environmental impact.
- Advanced Environmental Restoration Technologies: Cutting-edge technologies such as nanobot ecosystems, atmospheric processors, and genetically engineered organisms are employed to rehabilitate damaged regions. These innovations work to restore soil health, purify air and water, and reintroduce native species.
- Smart Infrastructure: The cities and habitats of Tellus feature smart infrastructure systems that utilize artificial intelligence and IoT (Internet of Things) technologies to manage resources, monitor environmental conditions, and optimize urban planning.
- Restored Mega-Cities: The viable regions are home to advanced mega-cities that serve as hubs of scientific research, governance, and cultural development. These cities are characterized by towering skyscrapers made from sustainable materials, self-sufficient energy systems, and integrated green spaces.
The remaining 50% of the planet is classified as non-viable. These areas are characterized by severe environmental damage, including toxic soil, extreme weather conditions, and barren landscapes. Efforts to rehabilitate these regions continue, but they remain largely uninhabitable due to their harsh conditions.
- Extreme Conditions: The uninhabitable regions of Tellus exhibit harsh climate conditions due to the severe impacts of past climate change events. These areas may experience extreme temperatures, high radiation levels, and erratic weather patterns.
- Atmospheric Damage: The atmosphere in these regions is often degraded, with reduced air quality, higher levels of pollutants, and altered atmospheric composition, making it unsuitable for human habitation without protection.
- Degraded Environments: The ecosystems in uninhabitable areas have been severely disrupted or destroyed. Many regions feature barren landscapes, with little to no vegetation and limited wildlife.
- Toxic Zones: Some areas are contaminated with hazardous substances, making them dangerous and uninhabitable. These zones may include industrial wastelands and regions affected by chemical or radioactive spills.
- Abandoned Structures: The uninhabitable areas may contain abandoned cities, infrastructure, and facilities that were left behind due to their deteriorated conditions. These remnants serve as reminders of the planet’s past environmental challenges.
- Hazardous Terrain: The terrain in these regions can be unstable, with frequent dust storms, erosion, and land subsidence, posing risks to any exploratory or rescue missions.
- Limited Recovery Efforts: While some attempts have been made to mitigate damage and rehabilitate certain areas, the scale of degradation in the uninhabitable regions often exceeds current technological capabilities. However, measures are in place to contain and limit the spread of environmental hazards from these areas to protect the habitable regions and prevent cross-contamination.
While classified as non-viable, these regions do have a lot of settlements of people that have left the safe cities to live in what they call 'the fringes'. From shady criminal undergrounds to people driven mad by radiation, it's a dangerous place where the person with the biggest weapon is king.
LUNAR COLLISION
In 2233, Tellus's moon was obliterated by a catastrophic asteroid collision. The event resulted in the complete disintegration of the moon, sending debris scattering throughout the inner solar system. The absence of the moon caused significant alterations in tidal patterns, impacting ocean currents and coastal environments. This disruption required extensive adaptation and engineering solutions to manage the effects on marine ecosystems and coastal cities.
Debris Impact: Fragments of the moon and asteroid debris created periodic meteor showers and contributed to increased space debris in Earth's orbit, which posed challenges for space travel and satellite operations.
Atmospheric Changes: The collision led to an increase in atmospheric particulates temporarily, affecting global climate patterns and requiring adjustments to environmental management systems.
In response to the lunar catastrophe, several measures were undertaken:
Artificial Moons: To mitigate the loss of the natural satellite, scientists and engineers began the development of artificial moons and orbital structures. These replacements aim to stabilize tidal effects and provide necessary celestial landmarks for navigation.
Enhanced Space Surveillance: Increased investment in space monitoring and debris management systems was implemented to prevent future collisions and manage the growing risk of space debris.
Space Debris Management: The increased debris from the lunar catastrophe and other space activities continues to pose challenges for space operations. Advanced technologies and international cooperation are employed to manage and mitigate space debris.
In 2233, Tellus's moon was obliterated by a catastrophic asteroid collision. The event resulted in the complete disintegration of the moon, sending debris scattering throughout the inner solar system. The absence of the moon caused significant alterations in tidal patterns, impacting ocean currents and coastal environments. This disruption required extensive adaptation and engineering solutions to manage the effects on marine ecosystems and coastal cities.
Debris Impact: Fragments of the moon and asteroid debris created periodic meteor showers and contributed to increased space debris in Earth's orbit, which posed challenges for space travel and satellite operations.
Atmospheric Changes: The collision led to an increase in atmospheric particulates temporarily, affecting global climate patterns and requiring adjustments to environmental management systems.
In response to the lunar catastrophe, several measures were undertaken:
Artificial Moons: To mitigate the loss of the natural satellite, scientists and engineers began the development of artificial moons and orbital structures. These replacements aim to stabilize tidal effects and provide necessary celestial landmarks for navigation.
Enhanced Space Surveillance: Increased investment in space monitoring and debris management systems was implemented to prevent future collisions and manage the growing risk of space debris.
Space Debris Management: The increased debris from the lunar catastrophe and other space activities continues to pose challenges for space operations. Advanced technologies and international cooperation are employed to manage and mitigate space debris.