NASA Contracts SpaceX to Demolish International Space Station in 2030s

NASA has awarded SpaceX an $843 million contract to safely deorbit the International Space Station (ISS) after its operational life ends in 2030. SpaceX’s deorbit vehicle will drag the ISS back to Earth, where it will burn up in the atmosphere and crash into the ocean. This decision marks the end of an era for the ISS, a symbol of global cooperation in space exploration, and paves the way for future commercial space stations.

Smell the Past: Researchers Recreate Scents of Historical Objects for Immersive Museum Experiences

A team of researchers in Poland and Slovenia is revolutionizing museum experiences by recreating the scents of historical objects, allowing visitors to smell the past through specially designed scent pens. The project, titled Odotheka, aims to bring history to life by tapping into the powerful connection between smell and memory, offering a multi-sensory experience for all visitors, especially those who are blind or partially sighted.

Psychiatry’s Revolution: From Mind to Body

A revolution is brewing in psychiatry as scientists uncover the biological roots of mental illnesses, challenging the traditional focus on symptoms. New research points to the role of infections, autoimmune disorders, and metabolic disturbances in conditions like OCD, psychosis, and depression, leading to more targeted treatments and a shift towards a holistic approach.

JWST Reveals Hidden Structures and Activity Above Jupiter’s Great Red Spot

Using the James Webb Space Telescope (JWST), astronomers have uncovered previously unseen structures and activity in Jupiter’s atmosphere above the Great Red Spot, caused by powerful atmospheric gravity waves. These findings challenge the previously held assumption that the region above the Great Red Spot was relatively uninteresting and offer insights into the complex dynamics of Jupiter’s atmosphere.

Ultra-Thin Material Brings Night Vision to Everyday Eyewear

Scientists in Australia have developed an ultra-thin material that can capture both infrared and visible light, paving the way for compact, efficient night-vision systems that could be integrated into everyday eyeglasses. This new technology eliminates the need for bulky components and complex processes, offering potential applications in surveillance, autonomous navigation, and biological imaging.

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