Worker looks at a WIMP detector in a pool of water
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Worker looks at a WIMP detector in a pool of water
WIMP detector. Technician looks at the Weakly Interacting Massive Particle (WIMP) detector in a water tank at the UK Dark Matter Collaboration (UKDMC) project site at Boulby Mine, Britain. About 90% of the universes mass may be invisible dark matter such as WIMPs. The detector is 1100 metres underground to shield it from cosmic rays which could affect the results. The water & white plastic cladding around the detector shield it from natural radioactivity in the mines walls. The detector contains a scintillation device which measures the recoil energies of normal nuclei aft- er they have been hit by a WIMP, a rare event due to the WIMPs weak interactions with other matter
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Media ID 6424877
© DAVID PARKER/SCIENCE PHOTO LIBRARY
Astrophysics Dark Matter Observatory Shielding
EDITORS COMMENTS
In this photo print, a dedicated technician is seen engrossed in the intricate workings of a WIMP detector at the UK Dark Matter Collaboration project site. Located deep within the Boulby Mine in Britain, this cutting-edge research facility delves into the mysteries of our universe's hidden mass - dark matter. With approximately 90% of the cosmos' mass being invisible and elusive dark matter, scientists are fervently studying Weakly Interacting Massive Particles (WIMPs) to unravel its enigma. To ensure accurate results, this particular detector is positioned 1100 meters underground, safeguarding it from disruptive cosmic rays that could compromise its findings. The technician's focused gaze reflects their commitment to understanding these weak interactions between WIMPs and normal nuclei. Encased within a water tank and enveloped by white plastic cladding, this sophisticated device remains shielded from natural radioactivity present in the mine walls. At its core lies a scintillation device capable of measuring recoil energies exhibited by normal nuclei after encountering a rare event - an interaction with a WIMP. This extraordinary photograph encapsulates not only the meticulous efforts undertaken by researchers but also highlights humanity's relentless pursuit of knowledge about our universe's most enigmatic phenomena. This awe-inspiring image serves as a testament to human curiosity and determination as we strive to unlock the secrets concealed within dark matter's veiled realm.
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