
Where did Moon get its water from? Scientists discover big lunar secret
It was India's Chandrayaan Mission that discovered water on the Moon, and ever since the race to find its mysterious source has been on. A team of scientiests have now discovered where did it all come from.Nasa-led researchers have confirmed that the Sun's solar wind is a critical source of the Moon's water, solving a decades-old mystery about how water forms on the lunar surface.advertisementSince the 1960s, scientists have hypothesised that charged particles streaming from the Sun could trigger chemical reactions on the Moon, creating water molecules. Now, in the most realistic laboratory simulation to date, this theory has been validated.
The solar wind — a continuous flow of high-speed protons (hydrogen nuclei) emitted by the Sun—bombards the Moon's airless surface at over a million miles per hour. Unlike Earth, which is shielded by a magnetic field and atmosphere, the Moon's surface is directly exposed.When these protons collide with the lunar soil, or regolith, they capture electrons and form hydrogen atoms. These hydrogen atoms then bond with oxygen atoms abundant in lunar minerals, creating hydroxyl (OH) and water (H2O) molecules just millimeters deep in the soil.To confirm this process, Nasa scientists Li Hsia Yeo and Jason McLain designed a unique experimental chamber that simulated the Moon's vacuum environment while bombarding Apollo 17 lunar soil samples with a beam mimicking solar wind. By baking the samples beforehand to remove any Earth-based moisture, the team ensured uncontaminated results.advertisementAfter exposing the dust to simulated solar wind equivalent to 80,000 years of lunar exposure within days, they detected a distinct infrared signature near 3 microns—a telltale sign of water and hydroxyl molecules forming in the samples. This discovery has big implications for Nasa's Artemis program, which plans to establish a sustainable human presence at the Moon's South Pole, where much of the water is believed to be frozen in permanently shadowed craters.The finding suggests that water on the Moon is not just a relic but may be continuously replenished by solar wind interactions, creating a dynamic lunar water cycle.'The exciting thing here is that with only lunar soil and a basic ingredient from the Sun, which is always spitting out hydrogen, there's a possibility of creating water,' said Yeo.This insight could revolutionise future lunar exploration by enabling astronauts to harvest water directly from the lunar surface, supporting life and fuel production beyond Earth.Must Watch

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Indian Express
an hour ago
- Indian Express
Sun's South Pole captured on camera: A breakthrough in science, hinged on a tweaked angle
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The Hindu
7 hours ago
- The Hindu
SII, DNDi partner for expanding human trials for dengue treatment
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The Print
9 hours ago
- The Print
What is Zvezda module, Russian contribution to ISS further delaying Axiom-4 Mission
NASA and Axiom said in a statement they were postponing the launch so that, along with Roscosmos, the Russian Space Agency, they can get more time to understand the problem. The leak was detected in the Russian Zvezda module of the ISS and the three cosmonauts in the module are working to fix the issue. New Delhi: A leak detected near the rear of the International Space Station (ISS) has further delayed the launch of the Axiom-4 Mission carrying IAF Pilot Shubhanshu Shukla to space, NASA announced Friday morning. According to ISRO, the new launch date will be announced jointly by NASA and Axiom once the issue is resolved. The decision was made keeping in mind that Shukla and the three other crew members aboard Ax-4 Mission are expected to spend a minimum of two weeks living on the ISS, conducting research. Indian Space Research Organisation (ISRO) also said it was 'working closely' with Axiom Space, NASA and SpaceX to 'responsibly address' the ISS module problem. ISRO is working closely with @Axiom_Space, @NASA, @SpaceX as they responsibly address the ISS Zvezda module observation causing the Ax‑4 delay. Safety and mission integrity remain our top priorities. With regards Dr. Secretary DOS/ Chairman ISRO & Chairman Space… — ISRO (@isro) June 12, 2025 This is the fourth time the Axiom-4 Mission, which marks an Indian astronaut's return to space after 41 years, has been postponed. The mission was initially set to launch on 29 May but was pushed to 8 June because of problems identified in the SpaceX Dragon spacecraft. It was subsequently moved to 9 June because of readiness issues in the SpaceX Falcon rocket, and then again to 10 June because of unfavourable weather conditions. On 10 June, Axiom announced that it had noticed a liquid oxygen leak in the rocket during the dry run and was postponing the launch again. The mission now stands postponed with no future launch date set. Also Read: What is a LOx leak—snag that has delayed Axiom-4 mission once again What is the Zvezda module The Zvezda module, part of the Russian contribution to the ISS, was docked to the station in July 2000. It provides life support systems, living quarters, communications systems and flight control systems to Russian cosmonauts aboard the station. According to the ISS blog, cosmonauts onboard the Zvezda module recently repaired the air leak in their module. However, NASA again discovered a change in air pressure inside the ISS, indicating a leak or anomaly. The cosmonauts have checked the interior walls of the Zvezda module for cracks and sealed the suspicious areas. While the pressure inside seems to be normal, NASA and Roscosmos are still looking for a longer-term solution. The ISS is made up of different modules attached by different space agencies—NASA, JAXA, CSA, ESA, and Roscosmos. While some modules like the Permanent Multipurpose Module by the ESA are used mainly for cargo storage, others like the Cupola by NASA are used for Earth observation and space walks. However, the Zvezda, like ESA's Tranquility Module and NASA's Unity Module, is one of three ISS modules that have life support systems for astronauts in space and provide living quarters. In the event of a new mission like Axiom-4 carrying a crew to space, it is vital for the station to be fully operational and intact to prevent potential problems during the docking of spacecraft or conducting research experiments. (Edited by Sugita Katyal) Also Read: India poised for human spaceflight after 41 yrs—all about Axiom-4, Shubhanshu Shukla's 'dream come true'