CERN(@CERN) 's Twitter Profileg
CERN

@CERN

#CERN is the European laboratory for particle physics, home to the Large Hadron Collider #LHC. French: @CERN_FR

ID:15234407

linkhttp://home.cern calendar_today25-06-2008 17:59:10

7,2K Tweets

2,6M Followers

473 Following

Follow People
CERN(@CERN) 's Twitter Profile Photo

CMS releases discovery data to the public

The CMS Experiment CERN has recently released, in electronic format, the combination of the measurements that contributed to establishing the discovery of the Higgs boson in 2012.

This release coincides with the publication of

CMS releases #HiggsBoson discovery data to the public The @CMSExperiment has recently released, in electronic format, the combination of the measurements that contributed to establishing the discovery of the Higgs boson in 2012. This release coincides with the publication of
account_circle
CERN(@CERN) 's Twitter Profile Photo

On this Earth Day, as we reflect on our responsibility to reduce plastics for the benefit of our society and all life on our planet, we are excited to introduce a new EU project called Edge SpAIce.

It applies CERN’s AI technology to demonstrate an innovative way of monitoring

On this Earth Day, as we reflect on our responsibility to reduce plastics for the benefit of our society and all life on our planet, we are excited to introduce a new EU project called Edge SpAIce. It applies CERN’s AI technology to demonstrate an innovative way of monitoring
account_circle
CERN(@CERN) 's Twitter Profile Photo

Physicists: prepare for particles 🫡

Have you ever wondered how the ATLAS experiment prepares for the restart of the and the start of the data-taking season? Hear from @ATLASExperiment physicists Monica, Andrej, and Catrin about how they  got ready for chapter three of

account_circle
CERN(@CERN) 's Twitter Profile Photo

Here we can see the assembly of a prototype target for CERN's Beam Dump Facility (BDF).

The 'target', first tested in 2018, is a 1.5-metre-thick block containing smaller metallic target blocks (picture 3) and their temperature and strain rate sensors, housed in an internal shell

Here we can see the assembly of a prototype target for CERN's Beam Dump Facility (BDF). The 'target', first tested in 2018, is a 1.5-metre-thick block containing smaller metallic target blocks (picture 3) and their temperature and strain rate sensors, housed in an internal shell
account_circle
CERN(@CERN) 's Twitter Profile Photo

The next-generation triggers for CERN detectors 💫

that experiments require high-performance event-selection systems – known as “triggers” – to filter the flow of data to manageable levels? The triggers pick collision events with distinguishing characteristics

The next-generation triggers for CERN detectors 💫 #DidYouKnow that #LHC experiments require high-performance event-selection systems – known as “triggers” – to filter the flow of data to manageable levels? The triggers pick collision events with distinguishing characteristics
account_circle
CERN(@CERN) 's Twitter Profile Photo

Join us today at 19.30 CEST as we embark on a journey through the ‘The virtuous circle of knowledge and innovation’, the third in a series of events organised to celebrate CERN’s 70th anniversary: youtube.com/watch?v=cYvln3…

account_circle
CERN(@CERN) 's Twitter Profile Photo

innovations ⚛️

White Rabbit is a technology developed at CERN to synchronise devices in the accelerators down to sub-nanoseconds, and solve the challenge of establishing a common notion of time across a network.

Join us today 18 April, 19:30 CEST, to learn more about

#Quantum innovations ⚛️ White Rabbit is a technology developed at CERN to synchronise devices in the accelerators down to sub-nanoseconds, and solve the challenge of establishing a common notion of time across a network. Join us today 18 April, 19:30 CEST, to learn more about
account_circle
CERN(@CERN) 's Twitter Profile Photo

to the control room of the Super Proton Synchrotron (SPS), when the machine accelerated protons to 400 GeV for the first time. The first pulse at 400 GeV was recorded at 15.35 CET, on 17 June 1976.

48 years later, the proton beams in CERN’s accelerator complex

#ThrowbackThursday to the control room of the Super Proton Synchrotron (SPS), when the machine accelerated protons to 400 GeV for the first time. The first pulse at 400 GeV was recorded at 15.35 CET, on 17 June 1976. 48 years later, the proton beams in CERN’s accelerator complex
account_circle
CERN(@CERN) 's Twitter Profile Photo

Detector technologies at 🔎

Particle detectors are used to record and visualise the plethora of particles produced at accelerators, but they can be used for applications beyond .

Terapet is a working to improve cancer treatment through proton

account_circle
CERN(@CERN) 's Twitter Profile Photo

The virtuous circle of knowledge and innovation

Join accelerator physicist Alessandra Lombardi and other distinguished experts in academia and industry to learn more about the different applications of accelerator technology in the upcoming public event.

📅 Thursday 18

account_circle
CERN(@CERN) 's Twitter Profile Photo

We’re here for chapter three of Run3

Today’s features the beautiful event displays of the first high-energy collisions recorded by the experiments in 2024.

On 5 April, the Large Hadron Collider accelerated and collided protons at the energy of 6.8 TeV

We’re here for chapter three of #LHCRun3 Today’s #PhotoOfTheWeek features the beautiful event displays of the first high-energy collisions recorded by the #LHC experiments in 2024. On 5 April, the Large Hadron Collider accelerated and collided protons at the energy of 6.8 TeV
account_circle
CERN(@CERN) 's Twitter Profile Photo

Here we see one of the ProtoDUNE particle detectors being filled with liquid argon, a process that takes about two months.

The liquid argon’s inert properties facilitate precise measurements, enhancing detection capabilities.

ProtoDUNE is a prototype of the Deep Underground

account_circle
CERN(@CERN) 's Twitter Profile Photo

The asymmetry between matter and antimatter ⚪⚫

The LHCb Experiment recently presented the results of its new search for matter–antimatter asymmetry. Using the experiment’s data sets from the first and second runs of the , this search could help shed light on the mysterious

The asymmetry between matter and antimatter ⚪⚫ The @LHCbExperiment recently presented the results of its new search for matter–antimatter asymmetry. Using the experiment’s data sets from the first and second runs of the #LHC, this search could help shed light on the mysterious
account_circle
CERN(@CERN) 's Twitter Profile Photo

On this , we feature CERN theorist John Bell who, 60 years ago, formulated a theorem known as Bell's inequalities. It allowed entanglement to be tested, which is at the root of promising technologies including quantum computing and cryptography.

Bell’s

On this #WorldQuantumDay, we feature CERN theorist John Bell who, 60 years ago, formulated a theorem known as Bell's inequalities. It allowed #quantum entanglement to be tested, which is at the root of promising technologies including quantum computing and cryptography. Bell’s
account_circle
CERN(@CERN) 's Twitter Profile Photo

From particle physics to society

Join us for the third public event on 18 April, 19.30 CEST, to explore how scientific research fuels technological advancements, and how these technologies, in turn, open new avenues for further research development.

The event, moderated

From particle physics to society Join us for the third #CERN70 public event on 18 April, 19.30 CEST, to explore how scientific research fuels technological advancements, and how these technologies, in turn, open new avenues for further research development. The event, moderated
account_circle
CERN(@CERN) 's Twitter Profile Photo

The virtuous circle of knowledge and innovation

Join us on 18 April, 19:30 CEST, at CERN Science Gateway for a captivating evening, celebrating CERN’s 70th anniversary and discovering the dynamic relationship between particle physics research and technological innovation.

The virtuous circle of knowledge and innovation Join us on 18 April, 19:30 CEST, at CERN Science Gateway for a captivating evening, celebrating CERN’s 70th anniversary and discovering the dynamic relationship between particle physics research and technological innovation.
account_circle
CERN(@CERN) 's Twitter Profile Photo

The @ATLASExperiment provides first measurement of the W-boson width at the
The measurement is the most precise yet made by a single experiment.

Find out more: home.cern/news/news/phys…

account_circle
CERN(@CERN) 's Twitter Profile Photo

Between the 1960s and the mid-1980s, dozens of women worked as “scanners”. Their job consisted in identifying the trajectories of the particles in the images taken inside the bubble chambers.

“Scanning” took place around the clock. The work was done manually, using a

account_circle