CmnewsAm #CERN bewältigt nun eigene KI-Hardware riesige Datenmengen
Die Detektoren des LHC produzieren riesige Datenmengen: Bei 63 TBit/s bleibt der Hardware nur wenige Nanosekunden Zeit, um zu bestimmen, was wichtig ist.
ScienceCommunicator#Science Friday: #CERN finds a new particle + #News alerts for the cosmos
Episode webpage: https://www.wnycstudios.org/podcasts/science-friday
European Physical Society(EPS)📧 The March issue of e-EPS is out!
Enjoy your reading 👇
https://www.epsmail.org//w/Bkb3WVoHwqoZFjMZKHh2kA
#physics #condensed #matter #energy #conference #Europe #cern #teaching #solar #ERC
Enjoy your reading 👇
https://www.epsmail.org//w/Bkb3WVoHwqoZFjMZKHh2kA
#physics #condensed #matter #energy #conference #Europe #cern #teaching #solar #ERC
grob (teeth era) 🇺🇦🏳️🌈🏳️⚧️Underrated research motto: "Research that anti-matters" #CERN
SciPost PhysicsNew #openaccess publication #SciPost #Physics
Physics case for low-sqrt{s} QCD studies at FCC-ee
David d'Enterria, Pier Francesco Monni, Peter Skands, Andrii Verbytskyi
SciPost Phys. 20, 092 (2026)
https://scipost.org/SciPostPhys.20.3.092
HackadayHackaday Links: March 29, 2026
https://fed.brid.gy/r/https://hackaday.com/2026/03/29/hackaday-links-march-29-2026/
Les Mots Ont Un SensL’anti-colis a été livré sans anti-encombre. @CERN #CERN #antimatière
https://www.lesmotsontunsens.com/premiere-mondiale-au-cern-de-lantimatiere-livree-par-camion/
https://www.lesmotsontunsens.com/premiere-mondiale-au-cern-de-lantimatiere-livree-par-camion/
enter-hakenCool
[...] During peak operation, the data stream can reach hundreds of terabytes per second, far exceeding the capacity of any feasible storage or conventional computing system.
Because it is physically impossible to store or process the full dataset, CERN must make split-second decisions at the detector level: which collision events contain potentially groundbreaking scientific value, and which should be discarded forever. This real-time selection process is one of the most demanding computational challenges in modern science.
CERN Uses Tiny AI Models Burned into Silicon for Real-Time LHC Data Filtering
CERN Uses Tiny AI Models Burned into Silicon for Real-Time LHC Data Filtering
CERN has developed ultra-small AI models embedded directly into custom chips to filter massive data streams from the Large Hadron Collider in real time, addressing the enormous data challenge of the world’s most powerful particle accelerator.
N-gated Hacker NewsAh, #CERN, the place where they smash particles at incomprehensible speeds to discover... tiny #AI models! 🚀🤖 So they're using mini AIs to filter data that makes the internet look like a hobby project—because why not complicate the world's most complicated machine with AI burning tech? 🔥💾
https://theopenreader.org/Journalism:CERN_Uses_Tiny_AI_Models_Burned_into_Silicon_for_Real-Time_LHC_Data_Filtering #particlephysics #dataanalysis #technologyinnovation #HackerNews #ngated
https://theopenreader.org/Journalism:CERN_Uses_Tiny_AI_Models_Burned_into_Silicon_for_Real-Time_LHC_Data_Filtering #particlephysics #dataanalysis #technologyinnovation #HackerNews #ngated
CERN Uses Tiny AI Models Burned into Silicon for Real-Time LHC Data Filtering
CERN has developed ultra-small AI models embedded directly into custom chips to filter massive data streams from the Large Hadron Collider in real time, addressing the enormous data challenge of the world’s most powerful particle accelerator.