physics
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Modern science is often divided into disciplines—physics for particles, chemistry for reactions, biology for life. Yet beneath these apparent separations lies a single, unifying principle that governs matter, cells, life, and the universe itself: From subatomic particles to living cells, the interaction and controlled movement of opposite charges create matter, bonds, energy, and life itself.
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Author: Maq Masi Copyright © 2025 Maq Masi. All rights reserved. No part of this paper may be reproduced, distributed, or transmitted in any form without prior written permission. Citations and references must be properly attributed. Abstract This paper introduces a novel theoretical framework for the origin of the universe: the Quantum Mirror Collision (QMC)
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The question of how time and space began is one of the deepest mysteries of existence. It forces us to confront the nature of nothingness, the emergence of energy, and the transformation of the void into everything we now perceive. Modern physics suggests that the universe did not arise from absolute nothingness but from a
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Quantum theory has revolutionised our understanding of reality, challenging traditional views on causality, objectivity, and physical law. The behaviour of subatomic particles defies classical mechanics; they can exist in multiple places at once, exhibit “spooky” action at a distance, and appear to change when observed. However, while quantum mechanics explores these extraordinary phenomena, some theorists
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The Quantum World: Entanglement, Completeness, and Pioneers Quantum mechanics, one of the most profound scientific revolutions of the 20th century, reveals a world far different from what we experience in everyday life. At its heart lies quantum entanglement, a phenomenon that challenges our understanding of space and time. When two particles become entangled, they remain
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