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Deep Underground Neutrino Experiment: Difference between revisions
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|ProgramType=Program | |ProgramType=Program | ||
|OrgSponsor=Office of High Energy Physics | |OrgSponsor=Office of High Energy Physics | ||
| | |TopOrganization=Department of Energy | ||
|Purpose= | |Purpose=Probes particle physics via neutrinos to study oscillations, mass, and CP violation, shedding light on universe’s matter-antimatter split. | ||
|Website=https://www.dunescience.org | |Website=https://www.dunescience.org | ||
|ProgramStart=2014 | |ProgramStart=2014 | ||
|Duration=Until 2030s (data collection) | |Duration=Until 2030s (data collection) | ||
|Historic= | |Historic=No | ||
}} | }} | ||
'''Deep Underground Neutrino Experiment (DUNE)''' is a leading-edge physics experiment designed to study neutrinos, one of the most elusive particles in the universe. By constructing massive liquid argon time projection chambers deep underground, DUNE aims to detect neutrinos from various sources, including those produced by cosmic events, to unravel mysteries about neutrino properties, matter-antimatter asymmetry, and the physics of the early universe.{{cite web |url=https://www.dunescience.org |title=Deep Underground Neutrino Experiment |accessdate=January 30, 2025}} | '''Deep Underground Neutrino Experiment (DUNE)''' is a leading-edge physics experiment designed to study neutrinos, one of the most elusive particles in the universe. By constructing massive liquid argon time projection chambers deep underground, DUNE aims to detect neutrinos from various sources, including those produced by cosmic events, to unravel mysteries about neutrino properties, matter-antimatter asymmetry, and the physics of the early universe.<ref>{{cite web |url=https://www.dunescience.org |title=Deep Underground Neutrino Experiment |accessdate=January 30, 2025}}</ref> | ||
{{Official URL (simple)|url=https://www.dunescience.org}} | {{Official URL (simple)|url=https://www.dunescience.org}} | ||
==Goals== | ==Goals== | ||
* Measure neutrino oscillation parameters with high precision.{{cite web |url=https://www.dunescience.org |title=Deep Underground Neutrino Experiment |accessdate=January 30, 2025}} | * Measure neutrino oscillation parameters with high precision.<ref>{{cite web |url=https://www.dunescience.org |title=Deep Underground Neutrino Experiment |accessdate=January 30, 2025}}</ref> | ||
* Search for CP violation in the lepton sector to explain matter dominance. | * Search for CP violation in the lepton sector to explain matter dominance. | ||
* Detect neutrinos from supernovae and other cosmic sources to study astrophysical phenomena. | * Detect neutrinos from supernovae and other cosmic sources to study astrophysical phenomena. | ||
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DUNE is managed by the Office of High Energy Physics within the U.S. Department of Energy's Office of Science. It's a collaborative effort primarily between Fermilab in the U.S. and CERN in Europe, with international contributions from over 30 countries. The project is overseen by a co-spokesperson system, with significant involvement from DOE labs, universities, and funding from multiple agencies. | DUNE is managed by the Office of High Energy Physics within the U.S. Department of Energy's Office of Science. It's a collaborative effort primarily between Fermilab in the U.S. and CERN in Europe, with international contributions from over 30 countries. The project is overseen by a co-spokesperson system, with significant involvement from DOE labs, universities, and funding from multiple agencies. | ||
The leadership roles are held by Co-spokespersons of the DUNE collaboration. | The leadership roles are held by **Co-spokespersons** of the DUNE collaboration. | ||
==Partners== | ==Partners== | ||