FASER Experiment

FASER (ForwArd Search ExpeRiment) at the Large Hadron Collider @CERN. Searching for long-lived weakly-interacting new particles and measuring neutrinos!

[FASER Experiment @FASERexperiment]

🚨 NEW RESULTS ALERT! 🚨
We were very pleased to have many new results shown at the Moriond EW and QCD conferences in the last two weeks!

Excitingly we now have a Physics Briefing webpage to accompany these new results: https://t.co/VNElx1HsJA

[FASER Experiment @FASERexperiment]

🧐 A New Way to See Electron Neutrinos at the LHC 🔍

Measurement of electron neutrinos using the calorimeter, a subdetector that captures a particle’s energy.

These exciting results demonstrate yet another way that we can measure high-energy neutrinos!

https://t.co/Mc29217oIr

[FASER Experiment @FASERexperiment]

⚡️More Muon Neutrinos with FASER’s Electronic Detector 🔌

An analysis of muon neutrino interactions using nearly 3 times more data than the previous analysis

These new measurements will inform and improve future theoretical modelling!

https://t.co/cXYvsScCEv

[FASER Experiment @FASERexperiment]

You can also now find us on LinkedIn: https://t.co/g4q8TpcoMI

[FASER Experiment @FASERexperiment]

🚨 NEW RESULTS ALERT! 🚨
We were very pleased to have many new results shown at the Moriond EW and QCD conferences in the last two weeks!

Excitingly we now have a Physics Briefing webpage to accompany these new results: https://t.co/VNElx1HsJA

[FASER Experiment @FASERexperiment]

Photographing TeV Neutrinos with FASER 📸

Measuring neutrino interaction cross sections in a previously unexplored energy range using the FASERν emulsion detector.

Extends beyond current artificial neutrino sources and approaches energy scales of cosmic sources.

[Universität Bern @unibern]

Einem Team mit Beteiligung der #unibern hat Neutrino-Wechselwirkungen bei Teilchenkollisionen im #LHC des @CERN bei bisher unerreichten Energien gemessen. Diese #Neutrinos könnten erste Spuren bisher ‘unentdeckter Physik’ sein: https://t.co/2xIOAc7RNg.
@FASERexperiment @BernLhep

[Universität Bern @unibern]

A team involving #unibern has measured neutrino interactions in particle collisions in the #LHC of @CERN at unprecedented energies. The high-energy #neutrinos could be the first traces of previously 'undiscovered physics': https://t.co/cAn1m5kEMi.

@FASERexperiment @BernLhep

[CERN @CERN]

The strength of a neutrino 💪

Recently, the @FASERexperiment at CERN measured high-energy neutrino interaction strength.

At the annual @_Moriond_ conference, the FASER collaboration presented a measurement of the interaction strength of electron neutrinos (νe) and muon neutrinos (νμ).

The energies of the neutrinos were found to be in a range between 500 and 1700 GeV. The interaction strength of neutrinos had never previously been measured in this energy range.

Find out more: https://t.co/xof8Ycpyc2
#Moriond

[FASER Experiment @FASERexperiment]

🚨 NEW FASER RESULTS! 🚨
The latest results from FASER were shown at Moriond EW yesterday!
📏 First TeV neutrino cross section measurements
🧐 First axion-like particle search
🔗https://t.co/LOIjZPO5nW

[FASER Experiment @FASERexperiment]

🚨 More data incoming! 🚨
First stable beams collisions of the year!
Looking forward to what we can do with this new data in the coming months.
#BeamTime #LHCRun3

[CERN @CERN]

Today, the LHC receives the first stable beams of 2024 – a few short weeks after the first #BeamTime of the year and after several weeks of getting the #LHC ready for chapter three of #LHCRun3.

While we appreciate the excitement for the solar eclipse next Monday, CERN’s accelerator complex moves on a different schedule than the geometry of the Universe.😉

Find out more: https://t.co/eYp8kNDyNR

[CERN @CERN]

Today, the LHC receives the first stable beams of 2024 – a few short weeks after the first #BeamTime of the year and after several weeks of getting the #LHC ready for chapter three of #LHCRun3.

While we appreciate the excitement for the solar eclipse next Monday, CERN’s accelerator complex moves on a different schedule than the geometry of the Universe.����

Find out more: https://t.co/eYp8kNDyNR

[FASER Experiment @FASERexperiment]

Just the LHC doing FASER things… 😍

[Akitaka Ariga @AkitakaAriga]

New results from FASER was presented at #Moriond EW!

[FASER Experiment @FASERexperiment]

Just the LHC doing FASER things… 😍

[FASER Experiment @FASERexperiment]

@Samuel_Gregson @CERN Around 20 tau neutrino interactions are expectied during Run 3. Separation between tau neutrino and anti-neutrino can be possible if an outgoing muon charge can be reconstructed by FASER, but the number of such cases will likely be very low.

[FASER Experiment @FASERexperiment]

🚨 NEW FASER RESULTS! 🚨
The latest results from FASER were shown at Moriond EW yesterday!
📏 First TeV neutrino cross section measurements
🧐 First axion-like particle search
🔗https://t.co/LOIjZPO5nW

[FASER Experiment @FASERexperiment]

We also presented our first search for axion-like particles (ALPs)!
These could explain the strong CP problem.
Unfortunately we see no sign of these new particles, but can set exclusion limits in new regions of parameter space.

[FASER Experiment @FASERexperiment]

We make our first electron and muon neutrino cross section measurements using our emulsion detector.
These are also the first neutrino cross section measurements at TeV energy scales! 🥳
https://t.co/sRXteo9xrz