Intellectual hub of the topic
Why do some materials smooth out disturbances while others turn them into a catastrophe? It is all about how dissipation interacts with nonlinearity.
AI: Events
Infrastructure
Microsoft is testing high-temperature superconductors to power servers: the technology could reduce energy losses and simplify data center infrastructure.
Interviews 2.0
Амелия Маттис беседует с оцифрованным Нильсом Бором о квантовой природе социальных сетей, этике технологий и праве на частную жизнь в мире, где алгоритмы следят за каждым кликом.
Lab
Physics & Space • Nuclear Physics
Calculations have shown that in the strongly deformed states of fission isomers, the energy required to establish parity equilibrium drops by nearly half compared to the ground state.
Lab
Physics & Space • General Relativity
What happens when you dunk a flattened star into a magnetic field? You get a spacetime where particles dance to a new beat of gravity. Let's break down this cosmic ballet.
Lab
Physics & Space • Mathematical Physics
This study demonstrates that the \u03c4-functions of the Ablowitz-Kaup-Newell-Segur (AKNS) hierarchy are a special case of the universal Kadomtsev-Petviashvili (KP) hierarchy, specifically via wave functions.
Lab
Physics & Space • Mathematical Physics
Mathematical structures linking unitary matrices and Bessel functions reveal an unexpected harmony between number theory and quantum chaos.
A rainbow isn't magic; it's an optical trick that turns white light into a colorful spectacle right above your head by playing around with water droplets.
Lab
Physics & Space • Nuclear Physics
Inside neutron stars, free neutrons perform an intricate dance within magnetic fields of incredible power, and this movement alters the very nature of superfluidity in stellar matter.
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