Exploring the Future of Invention Research: Innovations in Surplus Cities and Their Impact on Our World

Our current world is a marvel of technological advancement, with thousands of inventions used every day. However, invention decline is a real concern due to the failure to utilize all inventions efficiently. Massive natural disasters, global pollution, and climate change pose threats to the modern fabric of our society. This article explores the potential of surplus cities as tools for future protection and innovation.

Surplus Cities: Innovation in a Futuristic Setting

The concept of surplus cities is becoming increasingly relevant in the face of natural disasters, pollution, and atmospheric changes. These cities are designed as protection areas, potentially existing beyond Earth, where people can thrive in innovation and scientific research. Surplus cities envision areas in space and beyond, where people can live while safeguarding crucial inventions.

One of the primary challenges in our current world is the density of population in countries. A surplus city could provide a solution by accommodating an additional 70 million people for every 10 million population. This addition is crucial as it mirrors the vast expanse of space where advanced technologies like nuclear power and artificial oxygen generation are necessary. These technologies can help sustain human life if our atmospheric conditions become inhospitable, potentially requiring 100 years of terraformation.

Costs and Future Planning

The rising costs of building surplus cities adds another layer of complexity. While it might have been easier in the past, the threat of natural disasters and the need for high-tech solutions have made the process more costly. However, these challenges also highlight the importance of forward planning and investment in innovation for the future.

The current world often fails to respect the importance of space missions, largely due to poor planning and a lack of emphasis on high population growth. Currently, only 1 percent of the world's 80 million inhabitants can see more than 5,000 individuals in space over the next 100 years. This underscores the need for greater investment and visionary planning in space exploration.

Innovations in Surplus Cities

Surplus cities would be designed with state-of-the-art technological solutions to ensure the safety and security of inhabitants. Key innovations include:

Nuclear power generation, providing 20 gigawatts per city to meet energy needs. Artificial oxygen generation to ensure a constant supply of breathable air. Space ports and spaceships for interplanetary travel. Ultra electronics, including contactless space doors and quarantine areas. No reliance on wood, typewriters, or traditional construction materials; instead, using nuclear batteries, plastics, and metals.

These innovations are not just theoretical; they are essential for the long-term sustainability of life both in and out of space. By focusing on these technologies, surplus cities can serve as a model for the future, where humans can thrive amidst natural and geological challenges.

Conclusion

The future of invention research is intricately tied to the concept of surplus cities. These innovative urban spaces hold the potential to safeguard and enhance human civilization, from protecting against natural disasters to facilitating space exploration. As we continue to face increasingly complex challenges, the focus on surplus cities can guide us towards a more resilient and innovative future.