String Theory: Triumphs and Challenges in Quantum Gravity
Explore the current state of String Theory, its achievements in reconciling quantum mechanics with gravity, and the ongoing challenges in describing our universe.
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Explore the current state of String Theory, its achievements in reconciling quantum mechanics with gravity, and the ongoing challenges in describing our universe.
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 career and controversies surrounding physicist Sabina Hossenfelder, from her academic background to her role as a popular science communicator.
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 gravity can be derived as a fundamental force without relying on Einstein's principles. Discover why general relativity may not need its traditional foundations.
Explore the potential practical applications of new physics discoveries, from dark matter to quantum gravity. Learn how breakthroughs in fundamental physics could shape our understanding of the universe and future technologies.
An in-depth look at the life and legacy of physicist Richard Feynman, examining the myths and realities behind his popular image.
Discover the most influential physics books that every budding physicist should read. From classical mechanics to quantum concepts, these texts form the foundation of a solid physics education.
Discover the crucial mathematical concepts required for various branches of theoretical physics. This guide covers the math needed for mechanics, quantum mechanics, general relativity, particle physics, and quantum field theory.