Steve Dustcircle 🌹#GhostParticles No More:
A New Theory Shines Light on #Superconductor Mysteries
🐦🔥nemo™🐦⬛ 🇺🇦🍉Scientists at CERN are embarking on an exciting quest to uncover mysterious ghost particles that could revolutionize our understanding of the universe! 🌌🔍 With a new experiment set to begin in 2030, they aim to detect these elusive particles, which might make up a significant portion of the cosmos. This groundbreaking research could answer fundamental questions about existence! #CERN #GhostParticles #ScienceNews
Juan AroundI'm fascinated by the latest discovery on neutrinos, the ghost particles can interact with light after all. According to new calculations, this can happen in powerful magnetic fields around stars. This could help us understand more about the sun and other astrophysical phenomena. What do you think? #neutrinos #ghostparticles #light #stars #science #juanaround
#Ghostparticles paint a new picture of the #MilkyWay
https://www.snexplores.org/article/new-picture-milky-way-space-neutrinos
https://www.snexplores.org/article/new-picture-milky-way-space-neutrinos
Stephen SekulaFrom cbcideas on Twitter: .@BenofTam takes us 2 km deep below the earth’s surface @SNOLABscience laboratory where he and fellow scientists hope to watch neutrinos finally explain the universe’s existence.
https://www.cbc.ca/radio/ideas/particle-astrophysics-studying-origin-of-universe-1.6733153
@EveVavagiakis @Cornell @queensu @_TomHowell @NicolaLuksic #ghostparticles
Scientists are closing in on why the universe exists | CBC Radio
The mysterious ‘neutrino’ has a nickname: the ‘ghost particle.’ Benjamin Tam is finishing his PhD in Particle Astrophysics at Queen’s University. He takes us two kilometres deep below the earth’s surface where he and fellow scientists hope to watch neutrinos finally explain the universe’s existence.
Benjamin Carr, Ph.D. 👨🏻💻🧬#GhostParticles Crashing Into #Antarctica Could Change #Astronomy Forever
Team says ata can provide information on two great unsolved mysteries in astronomy: why #blackholes emit sporadic blasts of light, and #neutrinos' role in the origin of #cosmicrays.
https://cnet.co/3hlo3ec
Team says ata can provide information on two great unsolved mysteries in astronomy: why #blackholes emit sporadic blasts of light, and #neutrinos' role in the origin of #cosmicrays.
https://cnet.co/3hlo3ec
