An enormous supermassive black hole, expected to weigh between 3 billion and 100 billion times the mass of the Sun, continues to elude astronomers in...
Ancient Greek mythology is filled with vivid stories of gods, heroes, and cosmic battles, but beneath these tales lies a fascinating connection to the night...
As humanity advances toward executing large-scale cosmic engineering projects—such as star rejuvenation, black hole manipulation, or inter-universal travel—the imperative to design reversibility protocols becomes paramount....
In the realm of cosmic-scale engineering—whether rejuvenating stars, manipulating black holes, or exploring multiverses—advanced AI-driven simulations are indispensable tools. They enable scientists and engineers to...
As humanity embarks on cosmic-scale engineering projects—such as star rejuvenation, black hole energy extraction, or inter-universal exploration—establishing long-term observation programs is essential. These programs provide...
As humanity advances toward deploying cosmic-scale technologies—such as stellar rejuvenation, black hole energy harvesting, or inter-universal travel—it becomes crucial to systematically assess their potential impacts...
One of the most profound challenges in modern physics is uniting quantum mechanics, which governs the microscopic world of particles, with general relativity, Einstein’s theory...
Brane cosmology, rooted in string theory, M-theory, and related frameworks, proposes that our observable universe is a “brane” — a four-dimensional membrane — embedded within...
As part of the grand vision to rejuvenate dying stars, harvest cosmic energy, and explore interconnected universes, creating and stabilizing traversable wormholes is a pivotal...