Articles
Research write-ups, analysis and explainers, newest first. Every article is grounded in primary literature and the numbers link to the papers they came from.
Francis Halzen’s Nobel Prize highlights a new way to study cosmic accelerators. IceCube detects their elusive neutrinos, but a detector signal is only the first step. Identifying a source requires…
A muonium gravity test would probe an atom containing a second-generation antilepton. Producing a suitable beam is one step. Extracting a reliable acceleration from microseconds of flight is another, with…
ATLAS has published strong evidence that the two Z bosons produced in a Higgs decay are entangled, rejecting an unentangled alternative at 4.7 sigma. The result is solid, and ATLAS…
It is the most precisely tested theory in science, and it still will not tell us what it means. What quantum mechanics says, the experiments that forced it on physicists,…
Neutrinos carry information from nuclear reactions and distant cosmic environments, yet leave almost no trace while crossing matter. Their nickname, ghost particles, reflects this difficulty. Understanding their flavours, masses and…
The Higgs mechanism links elementary-particle masses to interactions with a field whose vacuum value is nonzero. Collider data strongly support this picture. Yet most proton mass comes from QCD, while…
Virtual particles describe internal contributions to quantum-field calculations. They do not borrow energy or leave separate detector tracks. Their role becomes clearer when we distinguish the mathematics of an interaction…
On 26 August 2026, two kilometres under Ontario, SuperCDMS began collecting its first scientific data. No detector can see dark matter. What it measures is heat and charge, two numbers…
For twenty years, the muon's magnetism was the most promising crack in the Standard Model: it came out slightly larger than theory predicted, and the gap refused to go away.…
A hundred trillion neutrinos pass through your body every second and never touch you, and for most of the twentieth century physicists were sure they weighed nothing at all. They…
Take a proton and try to pull one of its quarks out. The force resisting you does not weaken with distance the way gravity or electricity does. It stays roughly…
The Standard Model describes electromagnetic, weak and strong interactions through a shared quantum-field framework. Its familiar chart groups particles into 17 labels, while 19 measured parameters define the conventional minimal…
Spontaneous symmetry breaking is why fundamental particles have mass. It is not why you have mass. Here is what it demonstrably explains, what it does not, and where the measurements…
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