NASA Carbon-Capture Tech Finds New Life in Brewing Industry

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Technology originally developed by NASA for carbon capture on Mars missions is now being adapted for use in commercial breweries. The system works by capturing and reusing carbon dioxide, a gas naturally produced during fermentation and essential for carbonating beer. Breweries have traditionally relied on externally sourced CO2, making them vulnerable to supply chain disruptions and price fluctuations. By repurposing NASA's carbon-capture innovation, breweries can recycle their own CO2 on-site, reducing costs and improving sustainability. The technology is reportedly spreading across the brewing industry as more producers explore its practical and environmental benefits.

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NASA Awards $300,000 Top Prize in Mars Food Systems Design Challenge

NASA announced the winners of its Deep Space Food Challenge: Mars to Table on Thursday, recognizing innovative designs for integrated space food systems. The top prize of $300,000 went to Chinyere Ukeje of Philadelphia, Pennsylvania, for a concept called the Adaptive Nourishment Infrastructure (ANI). The competition tasked participants with developing solutions capable of providing safe and nutritious meals for deep space missions. The challenge was part of NASA's broader effort to address food sustainability for future crewed missions to Mars.

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NASA Tests Lunar Landing Guidance System Using Drone in California

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US-India Satellite Films Lava Spreading from Kamchatka Volcano After 8.8 Quake

A joint US-India Earth observation satellite captured time-lapse footage of an eruption at Krasheninnikov, a twin volcano located on Russia's Kamchatka Peninsula along the Pacific coast. The volcanic activity appears to have been triggered by a powerful 8.8-magnitude earthquake that struck the nearby ocean on July 30, 2025. The quake seemingly reawakened one of the two volcanoes in the pair, which had not erupted for some time. Lava was observed spreading outward from the volcano's northern crater following the seismic event.

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NASA Crew-13 Mission to Study Blood Flow, Vision, and Piloting Skills in Space

NASA's SpaceX Crew-13 mission aboard the International Space Station will include a range of biomedical and human performance research studies. A key focus is a new collaborative investigation into how spaceflight affects blood flow and clotting in astronauts. The mission will also test crew members' manual piloting abilities in the space environment. Additionally, researchers will evaluate methods to address spaceflight-related changes to vision and brain health. The studies aim to gather critical data on how living in space impacts the human body.

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