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Uncertainty, entanglement, spooky action: On the quantum scale, the universe doesn’t work the way you might expect.
This month, Symmetry presents a series of articles on the past, present and future of quantum research—and its many connections to particle physics, astrophysics and computing.
Physicists are revisiting what they previously assumed about how dark matter interacts with itself.
Building a fulfilling mentor-mentee relationship requires agency and investment from both parties.
Students in the Alaska Native Science & Engineering Program hope to use skills they developed at Fermilab to benefit Indigenous communities.
New accelerator magnets are undergoing a rigorous training program to prepare them for the extreme conditions inside the upgraded Large Hadron Collider.
Over time, particle physics and astrophysics and computing have built upon one another’s successes. That coevolution continues today. New physics experiments require computing innovation, including cluster computing for the Tevatron, and more recently machine learning and quantum problem-solving.
The Society for Advancement of Chicanos/Hispanics and Native Americans in Science helps students and professionals find community.
Even experiments that aren’t looking for dark matter directly, such as Muon g-2, could give us hints about the mysterious substance that permeates our universe.
Scientists from Fermilab and other institutions hoping to find new, long-lived particles at the Large Hadron Collider recently realized, with CMS, they may already have the detector to do it.