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Particle & High‑Energy
Colliders, neutrinos, detectors, and the search for new physics.
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Latest in Particle & High‑Energy
Researchers pinpoint key early-universe measurement with record precision
7+ hour, 32+ min ago (38+ words) Phys.orgUsing Helium, Astronomers Blow Certainty Into Early Big Bang Conditions eurasiareview.comMetal-poor nebulae provide the most precise estimate of primordial helium Nanowerk This site can’t be reached phys.org refused to connect....
CERN experiment offers new clues about strange gluon behaviour
4+ hour, 56+ min ago (24+ words) | Tap to know more | Inshorts Inshorts CERN experiment offers new clues about strange gluon behaviour...
CERN Experiment Sharpens Understanding of Gluon Behavior Inside Atomic Nuclei
13+ hour, 34+ min ago (399+ words) At SSBCrack News, our dedicated editorial team brings you the latest and most reliable updates on Defence, Geopolitics, Military Affairs, Science, and Technology. Driven by a passion for national security and strategic awareness, the SSBCrack News Desk delivers fact-checked, timely,…...
Proton-GE Ships 4x Faster Than Stable [2026]
19+ hour, 28+ min ago (1024+ words) The table below lines up the three builds as they stood in September 2026, pulling version numbers directly from each project’s GitHub changelog. All three builds share the same three-layer architecture, which is exactly why comparing them is really about how…...
Known physics suggests the early universe should have produced matter and antimatter in equal amounts. Nearly all of it annihilated into radiation, but roughly one extra matter particle survived for every billion pairs—and why that tiny imbalance existed remains one of physics’ deepest unsolved problems.
17+ hour, 2+ min ago (906+ words) The measured net baryon-to-photon ratio is about 6.1 parts in ten billion. Physics can describe the required ingredients for that excess, but no confirmed mechanism made it....
CERN finds gluons behaving strangely deep inside atomic nuclei
1+ day, 4+ hour ago (542+ words) A CERN experiment has given physicists a much sharper look at how gluons behave inside atomic nuclei, providing new evidence that could help distinguish between two competing explanations of what happens at extremely small scales. University of Kansas physicist Daniel…...
Stephan Paul Velsko | Lawrence Livermore National Laboratory
4+ day, 5+ hour ago (50+ words) Our Science and Technology Earth and Atmospheric Science HPC, Simulation and Data Science Lasers & Optical Science and Technology Nuclear, Chemical & Isotopic Science and Technology Learn How We Make Science and Technology Happen Learn More About Our Science and Technology Applying…...
Smashing atomic nuclei gives physicists a new way to measure their shape
3+ day, 1+ hour ago (893+ words) The shape of an atomic nucleus showed up in the debris of a collider crash, and neon's core turned out to look like a bowling pin. They smashed two of them together at nearly the speed of light, and the…...
Final Demo Day held for 'Engineers of the Future' Accelerator Program
3+ day, 14+ hour ago (70+ words) AKIpress News Agency To Read the Full Story © AKIpress News Agency - 2001-2026. Republication of any material is prohibited without a written agreement with AKIpress News Agency. Any citation must be accompanied by a hyperlink to akipress.com. 299/5 Chingiz Aitmatov Prosp., Bishkek,…...
Using Helium, Astronomers Blow Certainty Into Early Big Bang Conditions
3+ day, 21+ hour ago (707+ words) New observations regarding the composition of distant galaxies reveal insights into the earliest phases of the universe that confirm decades of scientific understanding of the elements and particles produced by the Big Bang, according to a new study. Astronomers did…...