New Analysis Reveals W Boson Particle Far Heavier Than Expected

New Analysis Reveals W Boson Particle Far Heavier Than Expected

Despite being shut down a decade ago, the Collider Detector at Fermilab provided enormous amounts of data, some of which have recently been re-analyzed, leading to the discovery that the W boson is actually more massive than calculations and predictions expected. Plus, another JWST update, the newest most distant galaxy, gravitational waves, and an interview with Dr. Kelsi Singer about cryovolcanoes on Pluto.

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Carbon Molecules on Mars Open New Mystery

Carbon Molecules on Mars Open New Mystery

NASA’s Curiosity rover has discovered carbon isotopes on Mars which are usually caused by the degradation of biological methane, leading scientists to examine other potential reasons for the molecules. Plus, more Starlink satellites, their impact on observing, and This Week in Rocket History.

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Q-balls Knock Matter Into Dominance Over Antimatter After Big Bang

Q-balls Knock Matter Into Dominance Over Antimatter After Big Bang

Researchers hypothesize that blobs in post-Big Bang fields of energy, known as Q-balls, could explain how matter came to dominate over antimatter in our Universe, and they plan to use gravitational waves to find their evidence. Plus, a crewed launch to the ISS features Japanese tourists, NASA selects the latest astronaut class, and What’s Up is the Geminids.

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