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The fragile deuteron and cosmic rays Cosmic rays have long fascinated scientists: high-energy particles that voyage through space and collide with Earth’s atmosphere, creating cascades…
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Breakthrough ties quantum computing to scattering theory in one dimension Understanding how particles scatter and interact at the quantum level is a foundational pursuit in…
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Quantum computing meets scattering theory in one dimension Understanding how particles interact at the quantum level often hinges on accurately determining scattering phase shifts. These…
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Why One-Minute Videos Fall Short for Black Hole Science When Nobel laureate Reinhard Genzel took the stage, the room anticipated a technical lecture on black…
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What is a time crystal—and why does it matter? Time crystals are a striking prediction in quantum physics: a state of matter where the system’s…
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New claims spark renewed interest in one of science’s biggest mysteries Researchers are reporting what they describe as the first direct evidence for dark matter,…
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A new frontier in black hole imaging As astronomical techniques sharpen, scientists are increasingly confident that the next generation of black hole images will test…
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Introduction: A mystery that rattles our understanding of physics In recent years, physicists have chased a single, unifying dream: to reconcile the smooth geometry of…
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Reimagining Dark Matter Detection with Quantum Networks Detecting dark matter remains one of physics’ most tantalizing challenges. Though invisible to the eye, dark matter exerts…
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Quantum networks bring precision to dark matter hunts Detecting dark matter—the elusive substance that helps hold galaxies together—remains one of physics’ most enduring puzzles. While…
