Feature Channels: Particle Physics

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A team of international researchers, led by experts at the University of Adelaide, has uncovered further clues in the quest for insights into the nature of dark matter.

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Quantum materials’ properties arise from the interaction of their electrons and atomic nuclei. Researchers can observe these interactions as they happen using ultrafast X-ray or electron beam pulses.

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Russian scientists have modelled atmosphere of the well-known “hot Jupiter” HD 189733b and found out what hindered from stable finding of hydrogen in the atmosphere of the planet. They also defined physico-chemical properties of this planetary system.

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Isotopes — atoms of a particular element that have different numbers of neutrons — can be used for a variety of tasks, from tracking climate change to conducting medical research.Investigating rare isotopes, which have extreme neutron-to-proton imbalances and are often created in accelerator facilities, provides scientists with opportunities to test their theories of nuclear structure and to learn more about isotopes that have yet to be utilized in application.

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We have decided to tell about very interesting method of genetic coding of iron nanoparticles right in cells for MRT-tomography.

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Comparing experimental results and theoretical calculations can be difficult for quantum materials. One solution is to use sample materials that isolate and emphasize an atomic line with one dimensional properties. In this study, scientists grew thin films of layered copper-oxygen materials to experimentally test theories of electron interaction in quantum materials. The study indicates that standard theory is not sufficient and requires a new term to fit the experimental data.

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Experts at Berkeley Lab finished winding more than 2000 kilometers of superconducting wire into cables for new magnets that will help upgrade the Large Hadron Collider and the search for new physics.

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Experiments promote a curious flipside of decaying monopoles: a reality where particle physics is quite literally turned on its head

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A new study led by Dr. Xuekun Lu from Queen Mary University of London in collaboration with an international team of researchers from the UK and USA has found a way to prevent lithium plating in electric vehicle batteries, which could lead to faster charging times.

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The Daya Bay Reactor Neutrino Experiment collaboration, an international team of researchers measuring key properties of ghostlike particles called neutrinos, is a co-recipient of the European Physical Society's (EPS) 2023 High Energy and Particle Physics Prize.

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A team from Aalto University and the University of Jyväskylä have created an artificial quantum magnet featuring a quasiparticle made of entangled electrons, the triplon.

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An experiment to explore the 3D structures of nucleon resonances – excited states of protons and neutrons -- at Jefferson Lab offers critical insights into the basic building blocks of matter and has added one more puzzle piece to the vast picture of the chaotic, nascent universe that existed just after the Big Bang.

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Scientists reported the first observations of how hypernuclei flow from particle collisions. The researchers observed that the hypernuclei flow much the same as ordinary nuclei in a way that scales with their overall nuclear mass.

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Predictions of neutrino-nucleon interaction made using the Lattice Quantum Chromodynamics (LQCD) nuclear theory method predict stronger interaction than predictions determined from older, less precise experimental data.

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Argonne National Laboratory is reimagining the lab spaces and scientific careers of the future by harnessing the power of robotics, artificial intelligence and machine learning in the quest for new knowledge.

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The Muon g-2 collaboration announced an updated measurement. The new result aligns with the collaboration’s first result, and it’s twice as precise. The experiment measures a property of the muon that might indicate existence of new particles or forces.

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Scientists working on Fermilab’s Muon g-2 experiment released the world’s most precise measurement yet of the magnetic moment of the muon, bringing particle physics closer to the ultimate showdown between theory and experiment that may uncover new particles or forces.

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In 1956, theoretical physicist David Pines predicted that electrons in a solid could form a composite particle called a demon. It's eluded detection since its prediction....until now.