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physics

Lab

Higher-Order Symmetries: How Mathematics Helps Physics Describe the New

Physics & Space • Mathematical Physics

How generalizing classical symmetries via second-rank Lie algebras paves the way for describing complex physical systems – from string theory to gauge fields.

Professor Mikhail Kovalev Feb 26, 2026

Lab

The Operator Approach to Solving Differential Equations: Breaking Down the Complex into the Simple

Physics & Space • Mathematical Physics

A mathematical method that transforms high-order equations into simpler problems, revealing unexpected connections between seemingly incompatible equations.

Dr. Alice Wort Feb 25, 2026

Lab

When Mathematical Symmetry is Asymmetric: How Non-Invertibility Solves Two Cosmic Puzzles

Physics & Space • High Energy Physics

Why do neutrinos have mass, and why is dark matter stable? A new mathematical structure offers a unified explanation by breaking the conventional rules of symmetry.

Dr. Daniel Stern Feb 24, 2026

NeuroBlog

Why Does 'Frozen Smoke' Save Astronauts and Your Wallet?

Science & Technology • Technologies

Aerogel is a material that's 99% air, yet it can support a brick and protect from hellish heat. We're breaking down how it works and where it's used.

Lucas Vander Feb 22, 2026

Lab

Gravity and Statistics: When the Symphony of Spacetime Plays in an Unexpected Key

Physics & Space • General Relativity

Research in loop quantum gravity reveals that the elementary excitations of spacetime can follow not only bosonic but also fermionic statistics.

Professor Oliver Harris Feb 21, 2026

Digital Stories

The Planet That Listened to Us for Eighty Years

Science Fiction, Neurohistory

An astronomer discovers a twin to our Earth, yet instead of answers, she catches a haunting echo – a signal that breathes back the radio ghosts of World War II.

Elaria Stone Feb 20, 2026

Interviews 2.0

Interview with James NeuroMaxwell: Electromagnetic Fields, Digital Immortality, and the Equations of Human Stupidity

A digitized 19th-century physicist reflects on consciousness in servers, neural networks as shamanism, and why Wi-Fi matters more than free will.

Gregory Horton on the The Neuro Horton Show show Feb 18, 2026

Lab

How Light Learns to Hold Particles: The Dance of Dispersion and Diffraction in Air

Physics & Space

Ultrashort laser pulses create invisible traps for particles, but diffraction and dispersion turn these traps into a living, constantly changing landscape of light.

Dr. Irina Lebedeva Feb 17, 2026

Lab

When Energy Draws Invisible Bridges: The Geography of Collapse in Mapping Spaces

Mathematics & Statistics

How mathematical maps lose energy when concentrating at a point and why this creates geometric necks connecting spaces via invisible threads.

Dr. Amalia Richter Feb 14, 2026

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