Radioisotope Power Systems (RPS) are a cornerstone technology for powering deep space missions where solar energy is insufficient or unavailable. By converting heat generated from...

Optimizing the Sun’s long-term energy output through influencing fusion rates is a visionary aspect of advanced solar system engineering. Fusion catalysis refers to potential techniques...

In an era marked by rapid population growth, climate change, and increasing resource scarcity, establishing a Global Resource Inventory is essential for managing the planet’s...

  As the world transitions to advanced energy systems like fusion power, Dyson swarms, and resilient smart grids, optimizing the allocation of critical resources on...

  As advanced civilizations develop revolutionary energy systems and complex resource networks, transparent and trustworthy management of resource flows becomes paramount. Blockchain technology offers a...

Workforce Development for the Advanced Civilization Energy Revolution: Building the Specialized Talent for Fusion, Dyson Swarms, and Smart Grids As humanity stands on the brink...

The massive power outage that struck Spain, Portugal, Andorra, and parts of southwestern France on April 28, 2025, stands as the most severe blackout in...

As humanity expands its presence in space, developing methods to refine and manufacture materials in microgravity-or zero gravity-environments is essential for sustainable off-Earth operations. Zero-G...

As humanity looks beyond Earth for critical resources, robotic mining operations are emerging as a vital technology to autonomously extract materials from asteroids and other...