Physicists have for the first time measured the pressure of a single particle using a levitating bead. Learn how this will bring us closer to discovering dark matter. Read about the breakthrough in metrology!
Learn about the first transportation of antiprotons by the BASE team to CERN using BASE-STEP. Details of the Penning trap, tests, and prospects for particle physics. For developers and physicists.
Physicists from Mainz have created a universal trap for antihydrogen synthesis, reducing dependence on CERN. Learn about the technique, challenges, and prospects for global antimatter research. Read the analysis of implications.
Scientists from Germany have proven for the first time that particle spin survives laser-plasma acceleration. Learn how this discovery brings compact fusion reactors and dark matter search closer.
Learn about quark-gluon plasma in neutron stars, candidates like XTE J1739-285 and HESS J1731-347. Hypotheses, properties of strange matter and observations for astrophysicists. Dive into the physics of compact objects.
CERN approved construction of the 91-km FCC collider for $19 billion. Learn about the geopolitics, funding, and project timeline — the future of particle physics until 2070. Read the analysis.
Particles found in the brain, heart, and placenta. EU Regulation 2025/2365 mandates filtering of granules, and demand for reverse osmosis has soared. Learn how to protect yourself from nanoplastic and which organs are affected first.