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- Physicists reveal a new quantum state where electrons run . . .
Physicists reveal a new quantum state where electrons run wild Date: November 17, 2025 Source: Florida State University Summary: Electrons can freeze into strange geometric crystals and then melt
- FSU physicists discover new state of matter in electrons . . .
Here, it turns out there are other quantum knobs we can play with to manipulate states of matter, which can lead to impressive advances in experimental research ” Tuning these knobs, or energy scales, can drive phase transitions in electrons from solid to liquid
- Physicists reveal a quantum state where electrons run wild
Physicists have unveiled a new quantum state, a realm where electrons behave in a way previously unseen This breakthrough, announced on November 17, 2025, marks a significant stride in the
- A cool discovery: Purdue physics team uncovers new quantum . . .
A Purdue University physics team has discovered evidence of a new quantum state of matter This new state may deepen scientists’ understanding of how electrons organize in two dimensions as it supports highly unusual correlations with an exotic topological order
- Quantum pinball state of matter in electrons allows both . . .
In quantum mechanics, there are two pieces of quantum information for every electron When dealing with hundreds and thousands of electrons, the amount of information becomes overwhelming
- FSU Physicists Discover ‘Pinball’ Quantum Phase in Electrons
Physicists at Florida State University discovered a new quantum phase in electrons, transitioning from crystalline to fluid states via an intermediate "pinball" phase, as detailed in Nature Using simulations, this builds on Wigner's predictions and promises advancements in quantum computing, stable qubits, and materials like graphene The findings could revolutionize technology by enabling
- Physicists reveal a new quantum state where electrons run wild
Instead of acting like a metal, it behaves as an insulator This unusual behavior provides scientists with valuable insight into how electrons interact and has opened the door to advances in quantum computing, high-performance superconductors used in energy and medical imaging, innovative lighting systems, and extremely precise atomic clocks
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