🔎Rediscovering the Higgs boson in its signature "golden channel": a latest CMS result utilises data recorded at the unprecedented collision energy of 13.6 TeV, where the Higgs boson still appears loud and clear. 📍Read the full briefing here: https://lnkd.in/dNQmzwzW
À propos
The CMS experiment is one of the big detector at the largest particle physics accelerator in the world, the Large Hadron Collider(LHC) at CERN. More than 5000 physicists, engineers, computer scientists, technicians, administrative personnel, and students from over 50 countries across the globe work together to advance scientific knowledge, making CMS one of the largest scientific collaborations in the world. Founded in 1992, CMS is one of the two experiments at the #LHC that announced the discovery of the Higgs boson in 2012, opening a new chapter in particle physics. The CMS detector acts as a giant high-speed camera, taking “3D photographs” of the subatomic particles’ collisions, leading to a better understanding of the structure of matter and of the forces that rule the universe at the sub-atomic scale.
- Site web
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https://cms.cern
Lien externe pour CMS Collaboration
- Secteur
- Services de recherche
- Taille de l’entreprise
- 5 001-10 000 employés
- Siège social
- Cessy
- Type
- Établissement éducatif
- Fondée en
- 1992
- Domaines
- Particle physics, Engineering, Science, International collaboration et Particle detector
Lieux
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Principal
Cessy, FR
Employés chez CMS Collaboration
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YUICHI Kubota
Retired professor
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Sunil Kumar
Research Associate @ Panjab University | PhD in Experimental High Energy Physics
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W. David Buitrago Ceballos
Researcher in High Energy Physics PhD Physics Student, Università Degli Studi di Perugia & CMS-CERN Researcher.
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Isabel Pedraza
Professor and Researcher at the Benemérita Universidad Autónoma de Puebla
Nouvelles
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💥Colliding photons with lead nuclei!💥 In a new result presented at Hard Probes 2024, CMS measures the production of charmed D0 mesons in photo-nuclear collisions for the first time. 📍Read more: https://lnkd.in/dh46VqpB
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CMS continues to publish and present new studies. Last week, 14 CMS presented 14 new results at the topical summer conferences: Higgs Hunting 2024, Hard Probes 2024, and TOP 2024. Find all the new results, and a summary of the most important highlights at: https://lnkd.in/gU-zVxAU #physics #physicsnews
CMS at Higgs Hunting, Hard Probes, TOP 2024
cms.cern
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STFC looks back at the UK's contribution to CERN, including within projects at the CMS Experiment! Looking forward to many more years to come!
To honour CERN's 70th anniversary, we have written a comprehensive review which journeys through the rich history of the UK's participation at CERN. Read the article on the PPD webpage here ➡https://bit.ly/CERN70 We cover highlights from CERN's founding all the way to the ongoing HL - LHC upgrades.
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In our newest blog, three of our CMS summer students reflect on their time working with the experiment. "How Being a CERN Summer Student at CMS Changed My Life" --> read the full blog here: https://lnkd.in/eG2c6keZ
How Being a CERN Summer Student at CMS Changed My Life
cylindricalonion.web.cern.ch
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A really lovely explanation to contextualise yesterday's exciting result! We love it! Find more information about CMS' measurement here: https://cms.cern/wboson
The CMS Collaboration weighs in on the W boson mass Yesterday, the collaboration has reported how it has analysed proton–proton collision data from the second run of the Large Hadron Collider (#LHC), to make its first mass measurement of the #Wboson. In this video, Piotr explains why this matters. The result is the most precise measurement of the W mass made so far at the LHC, and is in line with the prediction from the #StandardModel of particle physics. Find out more: https://lnkd.in/ezR3rtht
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CMS Collaboration a republié ceci
The W Boson, one of the two carrier particles of the fundamental weak force, has been measured at unprecedented precision thanks to almost a decade of work by the international CMS Collaboration. The W boson is one of two particles that initiates energy production in the sun and all other stars and is responsible for a particular form of radioactive decay in the nuclei of atoms. DESY contributed significantly to this result, with our CMS group designing algorithms to describe the collision data taken at CERN in Geneva to help reach a huge level of precision. This is critical not just to understanding other phenomena at the quantum particle level, but also to better predict the activity of stars and the future of the universe. More here: https://lnkd.in/eHrK6CRi
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Just released: CMS delivers unprecedented precision in a measurement of the W boson mass at the LHC - and it agrees with the Standard Model! Almost a decade in the making, this result sets a new milestone for precision measurements at hadron colliders. 🗞 Read the briefing here: https://lnkd.in/d-VxyQgK If you want more resources about the W boson and this result, you can find them here: https://cms.cern/wboson
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CMS Collaboration a republié ceci
The CMS Collaboration at CERN weighs in on the W boson mass The eagerly awaited result is the most precise measurement of the W mass made at the #LHC so far, and is in line with the prediction from the #StandardModel of particle physics. Find out more: https://lnkd.in/ezR3rtht
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Are high-energy lepton pairs hiding signs of new physics? CMS researchers investigate using machine learning, and get the tightest constraints on this scenario from the LHC to date. Read more: https://lnkd.in/eQtZFjd8 #physics #physicsnews CERN
Hidden signals of new physics in events with a high energy lepton pair
cms.cern