
Cosmic Magnetism: Unraveling the Hubble Tension Mystery
Discover how primordial magnetic fields could resolve the Hubble tension. New research suggests kitchen refrigerator magnets may hold the key to understanding cosmic expansion rates.
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Discover how primordial magnetic fields could resolve the Hubble tension. New research suggests kitchen refrigerator magnets may hold the key to understanding cosmic expansion rates.
Discover a groundbreaking framework that addresses major physics problems without introducing new particles or forces. This radical yet simple approach challenges conventional theories and offers potential solutions to long-standing questions.
Explore the intricacies of quantum gravity and the concept of spacetime superposition. Learn about the proposed GIE experiment to test the quantum nature of gravity.
Explore the limitations of evolutionary theory and how it may point to a deeper reality beyond space and time. Examine new perspectives on consciousness and the nature of perception.
Peter Woit and Joseph Conlon discuss the merits and criticisms of string theory, exploring its mathematical richness, lack of experimental evidence, and impact on theoretical physics.
An in-depth look at various theories of everything, including Eric Weinstein's Geometric Unity, Stephen Wolfram's project, and ideas from David Bohm, Donald Hoffman, and others.
Explore how Newton's theory challenges conventional views on cosmic evolution and thermodynamics. This article examines the concept of complexity in Newtonian physics and its implications for our understanding of the universe.
Professor Claudia de Rham discusses her groundbreaking theory of massive gravity, which challenges decades of scientific consensus about gravity and could revolutionize our understanding of the universe.
An in-depth exploration of quantum computing fundamentals, no-go theorems, and their implications for our understanding of quantum mechanics.