How Quantum "Magic" and Entanglement May Explain the Origins of Space-Time and Gravity
By
By Charlie Wood June 3, 2026
Crisp on the outside, thoughtful on the inside. A keeper.
Summary
The article explores the cutting-edge theoretical physics concept that quantum entanglement builds the fabric of space-time, and a property called "magic" (a measure of quantumness) may give space-time its gravitational properties. It discusses how holographic theories and quantum information approaches are helping physicists understand the relationship between quantum mechanics and gravity, building on John Wheeler's description of general relativity where space and matter interact dynamically.
Key quotes
· 3 pulledSpace acts on matter, telling it how to move. In turn, matter reacts back on space, telling it how to curve.
When they build a model of the universe — at least one that works at the quantum level — it's been difficult to get space and matter to interact in the way that they must.
In holographic theories, physicists may have traced the pliability of space-time to its quantum roots: a measure of quantumness known as 'magic.'
You might also wanna read
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
share.google·17d ago
What is space-time? Exploring the nature of reality's fabric
This article explores the philosophical and physical nature of space-time, examining what it means for space-time to "exist." It delves into
theconversation.com·5d ago
Toy universe experiment suggests time may emerge from quantum interactions
An experiment using a toy universe made of ultracold atoms suggests that time may be an emergent property arising from quantum interactions,
newscientist.com·1d ago
NIST physicist's decade-old sealed envelope experiment reveals new questions about gravity measurement
Physicist Stephan Schlamminger from NIST led an experiment to verify a 2007 French measurement of the universal gravitational constant (G),
thedebrief.org·12d ago
Quantum Jamming and Causality: The Search for Post-Quantum Cryptography
The article discusses how quantum computers pose a threat to current encryption methods, and how cryptographers are responding by developing
wired.com·6d ago
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
science.org·14h ago