NASA Ends Planetary Group Support

💸 NASA cuts science funding

🚀 Shuttle Discovery stays put

🤖 AI model finds exoplanets

🌌 Black hole mystery solved

🌟 Hubble reveals ageless stars

NASA's (National Aeronautics and Space Administration) Planetary Science Division announced it will end financial support for several independent science advisory groups, which have historically offered crucial feedback on major exploration efforts.

The agency will cease funding for its Analysis and Assessment Groups toward the end of April 2026, citing a "highly constrained" budget and recent changes in the NASA landscape for the decision.

According to the Planetary Society, this move is a "strange decision" that could hamper mission success, as these groups provided critical outside expertise for programs like the Mars rovers.

NASA Administrator Jared Isaacman has officially halted a controversial plan to relocate the Space Shuttle Discovery from its current home at the Smithsonian's Udvar-Hazy Center in Virginia to Houston, Texas.

The relocation was estimated to cost $120-$150 million, well over the $85 million budget, and would require dismantling the orbiter, causing irreparable damage to its thermal protection system.

While preservationists praise the decision, Texas Senators Ted Cruz and John Cornyn have launched an investigation into the Smithsonian, suggesting a prolonged political battle over the historic spacecraft's final destination.

Scientists at NASA’s Ames Research Center developed ExoMiner++, a new deep learning model designed to analyze public data from the Kepler and TESS (Transiting Exoplanet Survey Satellite) missions for exoplanets.

The open-source algorithm, trained on compatible datasets from both telescopes, successfully identified 7,000 targets as exoplanet candidates during its initial run, flagging signals likely caused by orbiting planets.

NASA officials state that open-source software like ExoMiner++ accelerates discovery by enabling broader community access to data, with future applications planned for the upcoming Nancy Grace Roman Space Telescope mission.

Maynooth University researchers have proposed a new model explaining how supermassive black holes observed by the James Webb Space Telescope (JWST) grew so rapidly in the turbulent, chaotic early universe.

The model shows that "light seed" black holes could grow exponentially, challenging the prevailing theory that required "heavy seeds" of up to 100,000 times the mass of the Sun.

According to Dr. Regan, these findings have implications for the ESA-NASA LISA (Laser Interferometer Space Antenna) mission, which may be able to detect gravitational waves from these early black hole mergers.

An international team led by the University of Bologna's Francesco R. Ferraro used the Hubble Space Telescope to solve the 70-year-old mystery of "blue straggler" stars that appear deceptively young.

Researchers analyzed ultraviolet Hubble observations of 48 globular clusters, cataloging over 3,000 blue stragglers and finding they are more prevalent in low-density environments where binary systems can survive.

This confirms blue stragglers result from binary evolution, where one star siphons fuel from its partner, demonstrating for the first time how strongly a star's local environment dictates its evolution.