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Tu Wien

All articles tagged with #tu wien

science9 days ago•38 min saved

New Theory Resolves Glueball Decay Puzzle, Strengthening Case for f0(1710)

Physicists at TU Wien have provided new theoretical support for the f0(1710) particle as a glueball, a state made primarily of gluons. By using a holographic model that accounts for realistic meson masses, researchers explained why f0(1710) decays into strange quarks, a pattern that previously contradicted glueball predictions. While experimental data from the BESIII collider aligns with this theory, definitive confirmation remains elusive due to the complex mixing of gluonic and quark-antiquark states.

via The Brighter Side of News|

#besiii #glueballs #particle-physics

science11 months ago•3 min saved

Advanced computational method enhances large molecule force calculations

Researchers at TU Wien have developed an improved computational method that accurately predicts forces between large molecules, resolving longstanding discrepancies in quantum chemistry methods and enabling advances in materials science and pharmaceuticals.

via Phys.org|

#computational-chemistry #large-molecules #molecular-forces

science1 year ago•2 min saved

Scientists Measure Speed of Quantum Entanglement

Scientists at TU Wien measured the speed of quantum entanglement for the first time, finding it occurs in about 232 attoseconds, challenging the previous belief that it happens instantaneously, which is crucial for advancing quantum computing.

via IFLScience|

#attoseconds #quantum-entanglement #quantum-physics

science-and-technology3 years ago•3 min saved

"Unlocking the Potential of Superconductivity with Palladium and Goldilocks Materials"

Researchers from TU Wien and universities in Japan have used computer simulations to identify the “golden zone” for optimal superconductivity, which is reached with a new class of material called palladates. Palladium is the “Goldilocks” material for creating superconductors that remain superconductive even at relatively high temperatures. The search for higher transition temperatures is important for generating, transporting, and using electricity. The computational results are very promising, and researchers hope to initiate experimental research to create even better superconductors.

via SciTechDaily|

#high-temperature-superconductors #palladates #quantum-physics