Rotational Field Theory
PAYBACK Punkte
8 °P sammeln!
What if the universe didn't begin with an explosion... but a spin? In Rotational Field Theory of the Universe, groundbreaking researcher Manoranjan Ghoshal challenges the foundations of modern cosmology with a radical new idea: before the Big Bang, the universe existed as a single, unified body - motionless, timeless, and whole. Then came the expansion, not from a singular explosion, but from a rotational force that shattered this body into massive parts, each acquiring rotational motion that still governs the cosmos today. This revolutionary theory introduces the concept of Rotational Fields ...
What if the universe didn't begin with an explosion... but a spin? In Rotational Field Theory of the Universe, groundbreaking researcher Manoranjan Ghoshal challenges the foundations of modern cosmology with a radical new idea: before the Big Bang, the universe existed as a single, unified body - motionless, timeless, and whole. Then came the expansion, not from a singular explosion, but from a rotational force that shattered this body into massive parts, each acquiring rotational motion that still governs the cosmos today. This revolutionary theory introduces the concept of Rotational Fields - vast cosmic zones where mass, motion, and gravity are defined by inherited angular momentum. Within this framework, you'll explore:A new vision of the universe's birth and structure The hidden rotational cause behind gravity and orbits How mass and velocity vary across a rotational field A fresh explanation for dark matter, dark energy, and field effects Insights that could unite quantum theory and general relativity From the Earth-Moon-Sun system to the behavior of light across fields, this theory offers a bold, elegant lens for understanding everything - from the tiniest particle to the largest galaxy. Whether you're a physicist, student, or a curious mind seeking new frontiers, this book will challenge what you know and inspire what you imagine. Are you ready to rethink the universe?
