Pace

Introduction

Pace, located in the Gliese 144 system, is one of the European Union’s most remarkable colonial successes. Initially dismissed as an arid and unpromising world, the planet’s hidden habitability was revealed during an EU expedition in 2151. The arrival of the first colonists in 2179 marked the transformation of this once-overlooked planet into a thriving and self-sustaining world—an enduring symbol of European exploration and adaptability.

Geography and Climate

Pace’s geography is dominated by a single massive supercontinent that spans nearly three-quarters of its surface, surrounded by vast oceans that temper its dry climate. The landmass is characterized by expansive deserts, rugged highlands, and deep tectonic basins shaped by ancient waterways. The planet’s surface alternates between pale, arid plains and darker upland regions, with coastlines cut by bays and gulfs where life clusters along the water’s edge.

The climate is predominantly dry, punctuated by violent seasonal storms that bring intense rainfall followed by long months of drought. These cycles of flood and desiccation shape both the ecology and the rhythm of human settlement. Rivers—broad, slow, and meandering—serve as lifelines across the continent, creating fertile belts of greenery amid the deserts. Frequent dust storms and shifting winds define the planet’s stark beauty and challenge human endurance.

Urban Development

The cities of Pace are masterpieces of adaptation to environmental extremes. Constructed atop elevated platforms rising between ten and thirty meters, they are built to withstand the planet’s periodic floods. The architectural style blends traditional European design with futuristic materials capable of enduring heat, sand, and heavy rainfall. Shimala, the first city, stands as a cultural landmark, while Monteceito—the capital—serves as the administrative and commercial hub. Today, seventeen major population centers are home to more than 200,000 residents spread across the supercontinent.

Biodiversity and Agriculture

Contrary to early expectations, Pace supports an extraordinary level of biodiversity. Over 130,000 species of flora and fauna have been cataloged, with an astonishing 48% of its tree species bearing edible fruit. More than 220 varieties of fruit are cultivated and consumed locally, forming the foundation of the planet’s agricultural economy. Automated fruit farms—spanning thousands of hectares—produce over a million tons of export-quality goods annually, making Pace a major contributor to the interstellar food supply across the Core systems.

Economic Development

The planet’s rapid economic growth led to the construction of the Soboloski Starport in 2208, now ranked as the fifth-busiest terminal in its sector. This vast complex manages the export of agricultural produce and the import of advanced materials and machinery essential to planetary growth. Beyond agriculture, Pace has developed a modest but vibrant cultural and educational sector. Landmarks such as the Galactic Termitel Museum highlight the planet’s native lifeforms, while the Hammond Holographic Opera House showcases cutting-edge holographic performances that attract visitors from across EU space.

Culture and Lifestyle

Life on Pace revolves around a profound respect for nature and the environment. Outdoor recreation is deeply ingrained in the culture—fishing, hiking, and the planet’s unique sport of tree-jumping are favorite pastimes. Thousands of trails, observation posts, and natural campsites dot the landscape, offering residents and visitors the chance to explore the wild beauty of the planet. Although not a mainstream tourist destination, Pace’s serene environment and welcoming communities provide a peaceful retreat for travelers seeking solitude and authenticity.

Conclusion

Pace stands as a triumph of European ingenuity, transforming a harsh, desert world into a fertile and culturally rich colony. Its balance of advanced technology, ecological awareness, and community spirit exemplifies the European Union’s vision for sustainable extrasolar civilization. From its elevated cities to its sprawling fruit orchards, Pace represents the resilience and adaptability of humanity—an enduring beacon of achievement amid the stars.

New Atlantis

Introduction

New Atlantis is the third vertex of the Terran Triangle — a crucial world linking Earth and Terra Secundus in humanity’s interstellar expansion. Once a hidden gem, it became a focal point for colonization by the European Union and China, later joined by Brazil and other Terran powers. Today, it stands as one of the most populous and influential colonies in human space.

Geography and Climate

New Atlantis is defined by its massive supercontinent, Pamona, covering much of the equatorial and mid-latitude zones. The northern territories, held by the European Union, feature lush forests, fertile plains, and mountain ranges. The southern territories, under Chinese control, are marked by subtropical lowlands and agricultural heartlands. Beyond Pamona lie smaller continents and island clusters governed by Brazil, Canada, Korea, and others — each fostering vibrant maritime economies.

The planet’s climate is warm, with a mean global temperature of 316K (43°C). Its thin 0.63 atm atmosphere, rich in oxygen and nitrogen, required significant bioscientific adaptation of Terran species. Terraforming and environmental engineering have stabilized the planet’s ecosystems, enabling large-scale agriculture and urbanization.

Colonization and Development

The colonization of New Atlantis was spearheaded jointly by the European Union and China, who established distinct northern and southern hemispheric zones. The EU’s northern region evolved into a highly developed Tier IV society characterized by advanced technology, efficient infrastructure, and cultural sophistication. The southern Chinese sector, though equally industrious, exhibits a mix of Tier III and IV zones reflecting variable development priorities.

Despite geographic proximity, the two powers maintain distinct political identities. Limited trade and cautious cooperation reflect broader interstellar rivalries, though the planet’s shared prosperity fosters mutual stability.

Brazil’s Rising Influence

Brazil has become a dominant maritime force on New Atlantis through its floating oceanic cities — colossal arcologies that serve as shipyards, research centers, and hubs of trade. These oceanic metropolises grant Brazil control over much of the planet’s naval commerce and diplomatic influence, establishing it as the third major power on the planet.

Economy and Industry

New Atlantis thrives on agriculture, livestock production, and high-tech industry. Genetic modification and adaptive bioengineering have enabled Terran flora and fauna to flourish in the hot climate. The planet exports vast quantities of food, energy products, and manufactured goods, anchoring the Terran Triangle’s trade network. EU-controlled regions excel in sustainable energy and advanced manufacturing, while Chinese regions dominate in heavy industry and logistics.

Population and Society

Home to over 230 million people, New Atlantis ranks as the third most populous Terran world. Its society is a tapestry of cultures — European, Chinese, Brazilian, Canadian, Korean, and others — unified by a shared pioneering spirit. Cities are centers of learning, research, and the arts, hosting world-class universities, theaters, and museums. Residents pride themselves on their adaptability and cosmopolitan identity.

Strategic Importance

Positioned as the third point in the Terran Triangle, New Atlantis functions as a logistical and diplomatic linchpin for interstellar travel. Its location between Earth and Terra Secundus cements its importance in commerce, governance, and cultural exchange. The planet’s growing industrial and demographic strength guarantees its influence in shaping Terran civilization’s next era.

Conclusion

New Atlantis embodies the essence of human adaptability and ambition — a world of unity amid diversity. Its balance of cultures, industries, and strategic prominence ensures its continued role as one of the central pillars of human expansion across the galaxy.

Kunlan

Introduction

Kunlan is among the newest colonies in China’s expanding interstellar network, sharing its system with the well-established world of Fenghaung. As a frontier settlement, Kunlan represents both promise and hardship, serving as a proving ground for advanced environmental technologies and human endurance.

Geographical and Environmental Overview

Kunlan is a small, medium-gravity world with a radius of 3,460 km and surface gravity of 0.65g. The atmosphere is dense (2.88 atm) and hot, sustaining an average surface temperature of 318K (45°C). Despite its harshness, a Water/Ice Index of 18.7 supports inland seas, highland lakes, and fertile floodplains. Rugged mountains and volcanic ridges dominate the terrain, providing mineral wealth and natural beauty.

Though challenging to inhabit, Kunlan’s geography supports limited agriculture and strategic mining, making it an invaluable resource hub in China’s interstellar portfolio.

Colonization and Development

Kunlan’s colonization remains in early stages. With a population of approximately 2,210 settlers, the colony consists primarily of engineers, scientists, and security detachments. Support from Fenghaung ensures logistical stability, with convoys maintaining steady trade and resource exchange. The settlement architecture utilizes adaptive domes and elevated platforms designed to resist heat and atmospheric pressure.

Challenges and Future Prospects

Kunlan faces considerable challenges — its intense heat, dense air, and scarce water demand advanced desalination, atmospheric cooling, and water-recycling infrastructure. Agricultural systems rely on engineered crops resistant to heat and pressure. Overcoming these barriers is central to long-term sustainability and population growth.

Strategically, Kunlan serves as both a sister-world and a frontier defense node for Fenghaung, reinforcing Chinese territorial presence in the region. Continued investment promises to transform this harsh environment into a self-sustaining industrial and logistical stronghold.

Conclusion

Though small and still developing, Kunlan embodies the resilience of the Chinese colonization effort — a frontier world destined to play a vital role in the next phase of China’s expansion among the stars.

Kendriya

Introduction

Kendriya stands as a shining example of India's success in interstellar colonization, a world celebrated for its natural beauty, ecological richness, and harmonious human development. Following the pioneering colonization of Chandigarh, Kendriya’s discovery marked India’s arrival as a major player among galactic powers. Revered as a "virgin paradise," it symbolizes the Indian commitment to preserving nature while advancing civilization.

Geographical and Environmental Overview

Kendriya’s surface is a seamless balance of land and sea — a single supercontinent covering 40% of the planet and vast deep oceans making up the remaining 60%. Its radius and environmental composition sustain diverse ecosystems across temperate forests, river valleys, plains, and mountain ranges. The mean global temperature of 260K (-13°C) and a breathable, thin 0.38 atm atmosphere create a cool but life-sustaining world, supported by a dynamic hydrological cycle.

The planet’s biodiversity is unparalleled, with over nineteen million cataloged species. Towering forests, immense herds across grasslands, vibrant wetlands, and thriving marine ecosystems make Kendriya one of the most biologically complex planets in Terran space. Life flourishes in every environment—from icy highlands to equatorial jungles—without a single true desert.

Colonization and Development

Kendriya’s colonization was directed by the Indian Office of Colonization (IOOC), guided by principles of ecological respect and sustainable urban design. Cities combine advanced technology with traditional Indian architectural motifs, emphasizing cultural continuity. The planet is divided into twenty-seven administrative sectors, each hosting a major urban hub surrounded by preserved wilderness zones.

The colony’s population has grown from two million in its first decade to 27 million today. Urban centers serve as cultural and economic nexuses, providing education, governance, and trade while maintaining close integration with nature.

Environmental Stewardship and Recreation

Environmental conservation defines life on Kendriya. The IOOC enforces strict laws limiting industrial zones, restricting urban expansion, and mandating renewable energy use. Large reserves and untouched wilderness dominate the planet’s surface, making Kendriya one of the most ecologically intact colonies in existence.

Recreation is carefully controlled: fewer than forty official leisure zones exist, all designed to blend into their surroundings. Within cities, entertainment thrives — holographic theaters, classical Indian arts, and modern VR experiences coexist with professional sports leagues featuring twelve planetary teams. Sports and cultural events unify Kendriya’s diverse population.

Challenges and Future Prospects

As Kendriya’s population expands, its greatest challenge lies in sustaining growth without compromising environmental integrity. Innovations in vertical city design, efficient transport, and low-impact energy systems are key to meeting future needs. The vast biodiversity also demands vigilant management to prevent ecological imbalance and species disruption.

Preserving Kendriya’s cultural identity amid increasing migration is another focus. Traditional festivals, education, and public arts ensure that Indian values remain the foundation of its planetary society.

Conclusion

Kendriya is the crown jewel of Indian interstellar civilization — a world where ecological preservation, cultural heritage, and technological progress coexist. Its sustainable development model and reverence for life make it a beacon of what humanity can achieve in harmony with nature.