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Methane Traps 80x More Heat Than CO₂—and Most Leaks Go Undetected
Methane from oil and gas operations is 80 times more potent than CO₂ over 20 years, yet most leaks go undetected for months. Closing that measurement gap may be the fastest lever we have for slowing warming this decade.Grape Seeds in Space: How Cosmic Radiation Could Reshape Crop Breeding
In 2027, Texas A&M researchers will send hundreds of wine grape seeds to the International Space Station for six months, studying how cosmic radiation mutates plant DNA in ways that could accelerate climate-adaptive crop breeding on Earth.Asteroid Day: Impact Odds, DART Results, and How We’d Stop a Strike
Asteroid Day, observed every June 30, marks humanity's growing ability to detect and deflect space rocks. From DART's validated kinetic-impactor results to the 40% detection gap for mid-size impactors, here's what the science actually says about the risk — and the plan.What Did Dinosaurs Really Look Like? Science vs. the Movies
Biomechanical studies and fossil soft-tissue evidence have overturned Hollywood's dinosaur — from T. rex's slow walking pace to feathered velociraptors. Here's what the science actually shows.NASA’s Lucy Finds Peanut-Shaped Asteroid That Wobbles and Held Ancient Water
NASA's Lucy spacecraft has returned data from Donaldjohanson, a half-mile-wide peanut-shaped contact binary that tumbles on two axes simultaneously and shows spectral signs of ancient water locked in its minerals.NASA Lunar Spacesuit Design: Why Prada Is Solving the AxEMU’s Hardest Problems
The Axiom AxEMU spacesuit for NASA's 2028 Artemis III lunar landing faces near-impossible engineering demands — from managing 500 watts of body heat in a vacuum to moving freely inside a pressurised shell that wants to become a rigid sphere. Prada's role in solving the thermal layer explains why aerospace and luxury textiles turned out to share the same tolerances.Load More