Rotational Field Theory

<p><strong>What if the universe didn't begin with an explosion... but a spin?</strong></p><p>In <em>Rotational Field Theory of the Universe</em> groundbreaking researcher <strong>Manoranjan Ghoshal</strong> 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 <strong>expansion</strong> not from a singular explosion but from a rotational force that shattered this body into massive parts each acquiring <strong>rotational motion</strong> that still governs the cosmos today.</p><p>This revolutionary theory introduces the concept of <strong>Rotational Fields</strong> - vast cosmic zones where mass motion and gravity are defined by inherited angular momentum. Within this framework you'll explore:</p><ul><li>A new vision of the <strong>universe's birth</strong> and structure</li><li>The hidden <strong>rotational cause behind gravity and orbits</strong></li><li>How mass and velocity vary <strong>across a rotational field</strong></li><li>A fresh explanation for <strong>dark matter dark energy and field effects</strong></li><li>Insights that could unite <strong>quantum theory and general relativity</strong></li></ul><p>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.</p><p>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.</p><p><strong>Are you ready to rethink the universe?</strong></p>