Congratulations Tom Jones and thanks for the great work you have done in Warwick Physics LHCb Experiment

Many fans would love to watch that. Yet another massive missed opportunity by World Rugby

100%. Short-termism wins every time. Come on Six Nations , do better.

Helium identification with LHCb arxiv.org/abs/2310.05864 - The identification of helium nuclei at LHCb is achieved using a method based on measurements of ionisation losses in the silicon sensors and timing measurements in the Outer Tracker drift tubes.

Finally, it's happening! #ireland to join @cern, just fantastic and so exciting!

A really important result on a channel that will get even more interesting with more data from the upgraded LHCb Experiment . Congratulations to all the team!

New Warwick Physics preprint on calibrating tiny curvature biases with the LHCb Experiment. Led by Warwick Physics PDRA Menglin Xu European Research Council (ERC) in collaboration with @WillDoesPhysics et al. from Particle Physics Experiment - PPE - Edinburgh 😀arxiv.org/abs/2311.04670

Congratulations daniela bortoletto !

Some new ideas of ways to make cool physics plots. Hoping to put them to good use soon. arxiv.org/abs/2401.13473

An outstanding editorial at the Financial Times. Why we should invest in a particle physics collider. Not (only) because of the technological applications but mostly for the advance of knowledge as an human quest. 👏👏👏 ft.com/content/4b3d1a…

Would be great, leaving only the challenge of fitting to London by train ...

Cool

OK, I will

Rock n roll history, right there

#HepJobs Post-doc at University of Warwick with Tim Gershon himself, on LHCb Experiment specifically to work on development of the TORCH subdetector for LHCb Upgrade 2 and to contribute to our programme of LHCb data analysis. warwick-careers.tal.net/vx/appcentre-e…

Superb

Having worked on this stuff for a looong time, sometimes I have to pinch myself when I see the precision we have now achieved. And we are not done yet ...

Of all the good ones, this is surely the best

I love an old-fashioned pointer.

Test of lepton flavour universality with Bₛ⁰→ϕℓ⁺ℓ⁻ decays arxiv.org/abs/2410.13748 - Branching fraction ratios between Bₛ⁰→ϕe⁺e⁻ and Bₛ⁰→ϕμ⁺μ⁻ are measured in three regions of dilepton mass squared and agree with the SM expectation of lepton flavour universality.