Chen Ning Yang — The Man Who Unlocked Symmetry
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Experimental Test of Parity Conservation in Beta Decay
Scientists studied how a very rare, artificial element called Fermium-250 breaks apart naturally. They found that this radioactive element decays in two different ways: most of the time (89.5%) it captures an electron from its own atoms, but sometimes (10.5%) it spits out an alpha particle instead.
Conservation of Isotopic Spin and Isotopic Gauge Invariance
This theoretical framework could lead to the discovery of new fundamental particles and forces in nature. Just as electromagnetic gauge theory led to our understanding of photons and electromagnetic interactions, this isotopic gauge theory might reveal previously unknown particles that could be detected in high-energy physics experiments. Understanding these deeper symmetries of nature could advance our knowledge of the fundamental building blocks of matter and potentially lead to new technologies.
How Scientists Actually Study Dark Matter
A first principles interview with astrophysicist Dan Gilman on what dark matter is, why strong gravitational lensing matters, and how the next generation of surveys could reveal the universe’s hidden structure.
Dr. John Mulchaey on Carnegie Science and the Future of Astronomy
A wide-ranging interview with Carnegie Science President John Mulchaey on dark matter, giant telescopes, exoplanets, science funding, and why eclipses still matter.
Ant Scans, Lunar Chickpeas, Hidden Galaxies & Superconductivity
A fast-moving rundown on 3D-scanned ants, chickpeas grown in simulated moon soil, AI-discovered Hubble anomalies, and the path to room-temperature superconductivity.
The Prometheus Constellation: Dramaturgical and Scientific Analysis of the Physicists in Oppenheimer
A movie cast list turned into a deep dive on quantum mechanics, black holes, nuclear physics, and the greatest minds of the 20th century.