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sPHENIX Detector Clears Test to Study Quark-Gluon Plasma Which Formed After the Big Bang, Claims Study

Summary by NDTV Gadgets 360
Scientists at Brookhaven’s RHIC have calibrated the sPHENIX detector, confirming it can track particle collisions with high precision. Now ready for full operations, sPHENIX will study quark-gluon plasma—the fleeting primordial matter from the Big Bang. By analyzing its “ashes,” physicists aim to reconstruct how the universe looked in its earliest microseconds.
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NDTV Gadgets 360NDTV Gadgets 360

sPHENIX Detector Clears Test to Study Quark-Gluon Plasma Which Formed After the Big Bang, Claims Study

Scientists at Brookhaven’s RHIC have calibrated the sPHENIX detector, confirming it can track particle collisions with high precision. Now ready for full operations, sPHENIX will study quark-gluon plasma—the fleeting primordial matter from the Big Bang. By analyzing its “ashes,” physicists aim to reconstruct how the universe looked in its earliest microseconds.

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NDTV Gadgets 360 broke the news in on Monday, September 8, 2025.
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