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Muon Error Resets Physics, Quantum 120km & Cosmic Rays Solved
Audio is available on Spreaker — see link below.
A landmark muon anomaly turns out to be a calculation error, reshuffling decades of particle physics expectations — plus quantum encryption at 120km, a century-old cosmic ray mystery cracked, and climate tech's latest cohort. Science news moves fast; this episode keeps you current in under 15 minutes.
Audio is available on Spreaker — see link below.
The muon anomaly is almost certainly not new physics. It's a calculation error.
A separate team of physicists is trying to find dark matter through a completely different approach. Their new model shows that dark matter could subtly distort gravitational waves produced by colliding black holes.
Quantum technology had a strong week. Scientists demonstrated stable quantum encryption across one hundred and twenty kilometers of fiber using semiconductor quantum dots.
One hundred years. That's how long cosmic ray physics has been waiting for a pattern in the highest-energy particles hitting Earth from deep space.
On the applied side, Venture For ClimateTech has named its sixth cohort: ten early-stage startups working on carbon capture, hydrogen production, and energy storage. Each receives fifty thousand dollars in initial funding.
Separately, Japanese researchers built an AI system that maps hidden magnetic energy waste inside electric motors. The finding matters for electric vehicles specifically because that invisible inefficiency is a real drag on range.
The watchpoints going forward are narrow and specific. Watch whether other particle physics anomalies get the same computational audit the muon did.
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