CERN's Large Hadron Collider finds the heaviest antimatter particle yet
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TechSpot
CERN's Large Hadron Collider finds the heaviest antimatter particle yet
Scientists from the ALICE (A Large Ion Collider Experiment) at CERN's Large Hadron Collider reported evidence of a new antimatter particle called antihyperhelium-4, essentially the "evil twin"...
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CERN Physicists Observe Production of Weak Boson Triplets
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Sci.News
CERN Physicists Observe Production of Weak Boson Triplets
Physicists with the ATLAS Collaboration at CERN’s Large Hadron Collider have announced the first observation of VVZ production -- a rare combination of three massive vector bosons.
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CERN researchers took a few antimatter particles for a walk in an unprecedented transportation test 🚶♂️✨ | Portable containment will allow researchers to more accurately study and measure antimatter 🔬⚛️
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TechSpot
CERN researchers took a few antimatter particles for a walk in an unprecedented transportation test
The European Organization for Nuclear Research, better known as CERN, is one of the few places on Earth capable of routinely producing antimatter from high-energy collisions with...
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CERN scientists detected an asymmetry between matter and antimatter, called a charge-parity (CP) violation, in subatomic baryon particles for the first time ⚛️🔬✨
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ScienceAlert
Breaking: Major Antimatter Discovery May Help Solve Mystery of Existence
You shouldn't be here.
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Breakthrough in antimatter production 🚀✨ - In a paper published today in Nature Communications, researchers at the ALPHA experiment at CERN’s Antimatter Factory report a new technique that allows them to produce over 15 000 antihydrogen atoms –the simplest form of atomic antimatter–in a matter of hours.
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CERN Discovers New Particle After Upgrading Large Hadron Collider
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ScienceAlert
CERN Discovers New Particle After Upgrading Large Hadron Collider
The proton's doubly charming cousin.
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Science News
CERN Discovers New Particle After Upgrading Large Hadron Collider Read Full Article #CERN #LargeHadronCollider #ParticlePhysics
⚛️ The Large Hadron Collider (LHC) at CERN has discovered its 80th new particle, named "Xi-cc-plus." This particle is similar to a proton but four times heavier.
🔬 "Xi-cc-plus" is composed of two "charm" quarks and one "down" quark, differing from normal protons which have two "up" quarks and one "down" quark. This makes it significantly more massive.
✨ This marks the second observation of a baryon with two heavy quarks and the first new particle identified after the LHCb detector upgrades in 2023. Scientists believe it will aid in testing models of quantum mechanics.
#LHC #ParticlePhysics #CERN
🔬 "Xi-cc-plus" is composed of two "charm" quarks and one "down" quark, differing from normal protons which have two "up" quarks and one "down" quark. This makes it significantly more massive.
✨ This marks the second observation of a baryon with two heavy quarks and the first new particle identified after the LHCb detector upgrades in 2023. Scientists believe it will aid in testing models of quantum mechanics.
#LHC #ParticlePhysics #CERN
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Science News
Antimatter has been transported by road for the first time Read Full Article #Antimatter #SciTech #PhysicsNews
🔬 ~100 antiprotons successfully completed a 20-minute test journey on a truck at CERN, marking a first step towards a future antimatter delivery service to labs across Europe.
🧪 This pioneering transport, part of the STEP project, involved moving 92 antiprotons from CERN's "antimatter factory" and back, showcasing the potential for more precise antimatter experiments in magnetically quiet locations.
💡 Scientists aim to use this technology to better understand antimatter's properties and the dominance of matter in our universe, with future long-distance transports planned after CERN's LHC upgrades are complete by the end of 2028.
#Antimatter #CERN #Physics
🧪 This pioneering transport, part of the STEP project, involved moving 92 antiprotons from CERN's "antimatter factory" and back, showcasing the potential for more precise antimatter experiments in magnetically quiet locations.
💡 Scientists aim to use this technology to better understand antimatter's properties and the dominance of matter in our universe, with future long-distance transports planned after CERN's LHC upgrades are complete by the end of 2028.
#Antimatter #CERN #Physics