String Theory – part 5: General Relativity vs Quantum Mechanics

Physicists revisit string theory from first principles in search of unified theory

String theory, once hailed as a potential "theory of everything" unifying quantum mechanics and gravity, has faced criticism for becoming to

Physicists rethink quantum mechanics to include gravity in pursuit of a theory of everything

This article explores a paradigm shift in theoretical physics where researchers are reconsidering the traditional approach to a "theory of e

Non-quantum theory of space-time could soon be tested, potentially reshaping our understanding of time

This article explores the central challenge in modern physics: reconciling general relativity (governing gravity and large-scale space-time)

How Quantum "Magic" and Entanglement May Explain the Origins of Space-Time and Gravity

The article explores the cutting-edge theoretical physics concept that quantum entanglement builds the fabric of space-time, and a property

How Quantum "Magic" and Entanglement May Explain the Origins of Space-Time and Gravity

The article explores the cutting-edge theoretical physics concept that quantum entanglement builds the fabric of space-time, and a property

How Quantum "Magic" and Entanglement May Explain the Origins of Space-Time and Gravity

The article explores the cutting-edge theoretical physics concept that quantum entanglement builds the fabric of space-time, and a property

Quantum mechanics once baffled scientists. Now it's changing the world

Gravity as the Mechanism for Wavefunction Collapse in Quantum Mechanics

This academic paper presents a theoretical argument that gravity, when unified with matter in a fundamental theory, naturally explains the c