Developing time engines is our most radical project.
Problem: Launching things into space using combustion engines barely works for very small numbers of people, and small spacecraft and extremely limited quantities of water, equipment, construction materials.
Challenge: Is there a better way? Is there an engine that is nothing like anything we know about or use today that can solve this problem? What are we missing?
Solution: Spot what we are missing. Use that to develop a new type of engine.
Current status: We've determined that there is a solution based on analyzing multiple factors, facts, patterns and discontinuities. Based on that, we have developed a theory of time engines, and designed a lab-testable prototype.
Problem: Launching things into space using combustion engines barely works for very small numbers of people, and small spacecraft and extremely limited quantities of water, equipment, construction materials.
Challenge: Is there a better way? Is there an engine that is nothing like anything we know about or use today that can solve this problem? What are we missing?
Solution: Spot what we are missing. Use that to develop a new type of engine.
Current status: We've determined that there is a solution based on analyzing multiple factors, facts, patterns and discontinuities. Based on that, we have developed a theory of time engines, and designed a lab-testable prototype.
Here is a key factor that underscores the severe limitations of rocket-powered systems for lifting payloads into orbit:
"[according to] Jennifer Edmunson, who heads up Nasa's latest Centennial Challenge programme called LunaRecycle. "It costs $1m to $1.2m (£790,000 to £950,000) to fly a single kilogram from Earth to the Moon."" Source: https://www.bbc.com/future/article/20241206-leave-only-moonprints-nasas-lunar-recycling-ambitions
On that basis alone, in order to achieve any step-level function in space exploration and colonization, an entirely new type of engine is absolutely required. Our time engine technology fulfills that urgent need.