Molecules containing heavy and deformed radioactive nuclei may help scientists to measure symmetry-violating phenomena and identify signs of dark matter.
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Study identifies a transition in the strong nuclear force that illuminates the structure of a neutron star’s core.
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A new analysis puts dark matter back in the game as a possible source of energy excess at the galactic center.
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Joseph Formaggio explains the discovery that the ghostly particle must be no more than 1 electronvolt, half as massive as previously thought.
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With help from next-generation particle accelerators, the approach may nail down the rate of oxygen production in the universe.
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Prototype machine-learning technology co-developed by MIT scientists speeds processing by up to 175 times over traditional methods.
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Tracy Slatyer hunts through astrophysical data for clues to the invisible universe.
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Technique can spot anomalous particle smashups that may point to phenomena beyond the Standard Model.
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MIT’s Senthil Todadri and Xiao-Gang Wen will study highly entangled quantum matter in a collaboration supported by the Simons Foundation.
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In its first run, ABRACADABRA detects no signal of the hypothetical dark matter particle within a specific mass range.
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