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NASA’s James Webb Space Telescope, known for capturing some incredible images of the universe, has presented us with new pictures of our neighbouring planet, Mars. The telescope captured its first images and spectra of Mars on September 5. The James Webb Space Telescope, an international collaboration between NASA, ESA (European Space Agency) and CSA (Canadian Space Agency), was launched in December 2021. Last month, the telescope gave us a detailed view of the Jupiter, showcasing auroras and rings surrounding the planet.

In an official blog today, NASA shared the news showcasing the Webb Telescope‘s first images of the red planet. According to NASA‘s tweet on the telescope’s official Twitter handle, one of the close-up images gives details about the Huygens Crater, dark volcanic Syrtis Major and Hellas Basin.

Webb’s first images of Mars are captured by the Near-Infrared Camera (NIRCam). These images show a region of the planet’s eastern hemisphere at two different wavelengths or colours of infrared light.

According to NASA, the Mars team will use this imaging and spectroscopic data to explore regional differences across the planet in the future. They will also look out for traces of different gases in the planet’s atmosphere.

Last month, NASA’s James Webb Space Telescope (JWST) captured some intriguing photos of Jupiter, featuring some magnificent auroras on the planet. These images were also clicked using the Near-Infrared Camera (NIRCam) of the observatory.


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China and NASA Coordinate to Avoid Satellite Collision for the First Time

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China’s CNSA made history by alerting NASA to a possible satellite collision—marking the first instance of Beijing warning Washington in orbit. With Earth’s orbits growing crowded from megaconstellations like Starlink and Guowang, the event signals a new phase of cooperation in global space traffic control and shared responsibility for orbital safety.

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Scientists Identify Oxygen Trapping Weakens Sodium-Ion Battery Performance

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Researchers have identified oxygen trapping in high-sodium cathodes as the main cause of voltage decay. Using EPR spectroscopy, the team uncovered structural changes and trapped O2 accumulation, providing guidance for designing more stable sodium-ion batteries for electric vehicles and energy storage.

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Scientists Develop Two-Level Strategy to Power Next-Gen Lithium–Sulphur Batteries

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Researchers at Chung-Ang University have developed a dual-level engineering strategy combining porous carbon nanofibers and cobalt single-atom catalysts. The design enhances redox reactions, reduces material loss, and improves the lifespan of lithium–sulfur batteries, offering major benefits for electric vehicles and renewable energy systems.

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