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system, researchers provide additional proof for the existence of dark matter and dark vitality. Most scientists think that dark matter consists of non-baryonic matter. The lead candidate, WIMPS , have ten to a hundred occasions the mass of a proton, but their weak interactions with “normal” matter make them troublesome to detect. Neutralinos, large hypothetical particles heavier and slower than neutrinos, are the foremost candidate, although they’ve yet to be spotted. Assuming sterile neutrinos show legit, they’re still doubtless neither sufficient in mass nor quantity to constitute the bulk of darkish matter. But simply as normal neutrinos are available three flavors, multiple sorts of sterile neutrinos, with different masses, may exist. And going a step further, neutrinos is probably not the one type of particle with a sterile counterpart. Researchers have high hopes, in reality, that touchdown the sterile neutrino will crack the door open right into a realm of new physics past the usual model, dramatically dubbed the dark sector. Addressing all these possibilities, physicists have conjured up quite the stable of dark matter candidates. And like race horses, these proposed particle types are vying to win what you would possibly call the Dark Matter Derby, competing via theories, experiments and observations. Now, Peña is growing quantum-sensing experiments to detect dark matter. The state-of-the-art sensors he is using are being developed as part of a quantum web project involving INQNET in collaboration with Fermilab, JPL, and the National Institute of Standards and Technology, among others. INQNET was founded in 2017 with AT&T and is led by Maria Spiropulu, Caltech’s Shang-Yi Ch’en Professor of Physics. A research thrust of this program focuses on constructing quantum-web prototypes including both fiber-optic quantum hyperlinks and optical communication through the air, between sites at Caltech and JPL in addition to different quantum network check beds at Fermilab. The optimized sensors developed with JPL for this program are additionally well-suited to detect very-low-mass darkish matter and, as Peña says, any “feeble interactions” of hidden-sector states beyond the Standard Model of particle physics. Several different Caltech researchers are also on a quest to uncover the nature of dark matter, together with cosmologists who research its results on huge scales that span the history of the universe, in addition to particle physicists who
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