🚀 Russia's 60-Year Space Streak Ends

Russia's State Space Corporation ROSCOSMOS confirmed a launchpad accident at Baikonur, halting crewed missions after the Soyuz MS-28 liftoff damaged the only operational platform for human spaceflight.

The mobile service cabin at Site 31 collapsed immediately after liftoff, with footage showing a large metal structure remaining in the rocket's exhaust duct and damaging the launch pad.

This incident temporarily deprives Russia of its independent human spaceflight capability for the first time since the 1960s, potentially delaying all future International Space Station (ISS) crew flights.

A new study offers compelling evidence for panspermia, the theory that life's building blocks were delivered to Earth from space, by analyzing uncontaminated samples from a recent asteroid mission.

Researchers discovered a diverse suite of prebiotic molecules, including multiple essential amino acids, within pristine asteroid samples, thereby avoiding the persistent problem of potential contamination from our terrestrial environment.

These findings strongly support the hypothesis that celestial bodies seeded early Earth with the necessary ingredients for life, fundamentally reshaping our understanding of abiogenesis and where life might arise elsewhere.

An international team led by the University of Cologne's Florian Peißker studied several dusty objects closely orbiting the supermassive black hole Sagittarius A* at our galaxy's turbulent center.

The team used the Enhanced Resolution Imager and Spectrograph (ERIS) on the Very Large Telescope to confirm that objects like G2 and the binary star system D9 follow stable orbits.

According to researcher Michal Zajaček, these results show Sagittarius A* can stimulate star formation via mergers, making the galactic center an ideal laboratory for studying black hole-star interactions.

Scientists led by Leiden University's Dr. Keren Duer developed a new computer model to investigate the mechanisms driving the powerful equatorial jet streams on gas and ice giant planets.

The models revealed that atmospheric depth is the key factor, with rotating convection cells driving jets east on Jupiter but west on Uranus, reaching speeds of 500 to 2000 km/h.

Dr. Duer states this discovery provides a new tool for understanding planetary atmospheres, suggesting a uniform process governs jet streams on giant planets both in our solar system and beyond.

Astronomers analyzing data from the European Southern Observatory have mapped the initial shape of a stellar explosion, challenging long-held assumptions about how massive stars die in the cosmos.

Using the Very Large Telescope (VLT), the team observed that the supernova's initial "breakout" phase was not perfectly spherical as predicted, but was instead unexpectedly elongated and asymmetrical in shape.

This groundbreaking observation forces a revision of supernova models, suggesting that the final moments of a massive star's life are far more complex and turbulent than previously understood by scientists.