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Artistic visualization of a quantum superradiant phase transition, showing glowing atomic particles, energy waves, and orbiting electrons in a futuristic physics concept

Quantum Breakthrough: Impossible Phase Transition Observed

  • April 15, 2025
Display of a candidate event for the production of two W+ bosons via vector-boson scattering, followed by their decay into two muons and two muon neutrinos. The muons are represented by the red lines in the inner detector and the muon spectrometer, and the two jets by the yellow cones. The direction of the missing transverse energy associated with the two neutrinos is indicated by the dashed grey line. Credit: ATLAS/CERN

Unveiling the Higgs Mechanism: ATLAS’s Discovery in W

  • April 15, 2025
View inside the KATRIN main spectrometer (Photo: M. Zacher/KATRIN Coll.)

Neutrino Mass Mystery Narrows: KATRIN Sets New Benchmark

  • April 15, 2025
Will Hutchins, a mechanical and aerospace engineering Ph.D. candidate, helped lead a University of Virginia team that revealed a radical new way to move heat faster than ever before. Credit: Matt Cosner, University of Virginia School of Engineering and Applied Science

Crystal Waves Enable Ultrafast Heat Transfer in Electronics

  • April 15, 2025

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A New Breed of AI: Meet GPT-4.1

OpenAI has just introduced a groundbreaking update to its AI arsenal: GPT-4.1. With sharper coding skills, better comprehension of complex instructions, and the ability to process massive amounts of data at once, this new model is more than an upgrade—it’s a bold leap toward the future of artificial intelligence.

Unlike its predecessors, GPT-4.1 isn’t just smart. It’s efficient, precise, and built to handle the kind of tasks that once stumped even the most advanced AIs.

Latest News Science Space & Earth

Webb Telescope Captures Dying Star’s Breathtaking Finale

Imagine watching a star take its final bow in the vast theater of space—fading not in silence, but with a dazzling, intricate display. That’s exactly what astronomers witnessed through the eyes of NASA’s James Webb Space Telescope, as it revealed astonishing new images of a dying star system known as NGC 1514.

Located about 800 light-years away, this glowing, cloud-wrapped relic isn’t just beautiful—it’s rewriting what we know about how stars live, die, and transform the universe around them.

The Whirlpool Galaxy, M51, is a spiral galaxy located 31 million light-years away. Credit: NASA
Latest News Science Space & Earth

Hubble Trouble? A Spinning Universe Might Be the Answer

For years, astronomers have grappled with a perplexing issue known as the “Hubble tension”—a discrepancy between two primary methods of measuring the universe’s expansion rate. One approach examines nearby supernovae, suggesting a faster expansion, while the other analyzes the cosmic microwave background from the early universe, indicating a slower rate. This inconsistency has challenged our understanding of cosmology.

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The newly identified enzyme highlighted in pink. Credit: University of Adelaide

From Trash to Treasure: Wood Waste

  • April 16, 2025

Atoms in Action: First Video of

  • April 16, 2025

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