STFC Particle Physics(@PPD_STFC) 's Twitter Profileg
STFC Particle Physics

@PPD_STFC

We design, build and operate detectors worldwide, analyse data and support the UK particle physics community. @STFC_Matters @UKRI_News

ID:983304485589192704

linkhttp://ppd.stfc.ac.uk/ calendar_today09-04-2018 11:23:53

1,9K Tweets

1,9K Followers

1,1K Following

ISIS Neutron and Muon Source(@isisneutronmuon) 's Twitter Profile Photo

Like many this weekend, at ISIS we were excited to see the over Oxfordshire skies – look at the amazing images captured by one of our users, Marta Falkowska!

But how does the Aurora link to ISIS science? (1/3)

Like many this weekend, at ISIS we were excited to see the #Aurora over Oxfordshire skies – look at the amazing images captured by one of our users, Marta Falkowska! But how does the Aurora link to ISIS science? (1/3)
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IOP PAB Group(@PartAccelBeams) 's Twitter Profile Photo

Interested in presenting your work at ?
Submit abstracts by 17 May at: iop.eventsair.com/pab2024/abstra…
Register at: iop.eventsair.com/pab2024/regist…

will be will be hosted by the Dalton Cumbrian Facility at the Washington Central Hotel in Workington on 11-12 June 2024.

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STFC Particle Physics(@PPD_STFC) 's Twitter Profile Photo

Congratulations

to Dr Tim Marley on successfully defending his on the MIGDAL experiment! 🥳

His PhD was jointly supervised by Prof. Pawel Majewski from PPD and Prof. Henrique Araujo from Imperial Physics.

You can read more about MIGDAL here 👇

ppd.stfc.ac.uk/Pages/MIGDAL-E…

Congratulations to Dr Tim Marley on successfully defending his #PhD on the MIGDAL experiment! 🥳 His PhD was jointly supervised by Prof. Pawel Majewski from PPD and Prof. Henrique Araujo from @ImperialPhysics. You can read more about MIGDAL here 👇 ppd.stfc.ac.uk/Pages/MIGDAL-E…
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STFC Particle Physics(@PPD_STFC) 's Twitter Profile Photo

in 1957, CERN's 1st accelerator, the 600 MeV Synchrocyclotron, was switched on for the 1st time!🎉
Used for CERN's early particle & nuclear physics experiments, it was 15.7m in circumference - about 1700x smaller than the .

home.cern/science/accele…

#OnThisDay in 1957, @CERN's 1st accelerator, the 600 MeV Synchrocyclotron, was switched on for the 1st time!🎉 Used for CERN's early particle & nuclear physics experiments, it was 15.7m in circumference - about 1700x smaller than the #LargeHadronCollider. home.cern/science/accele…
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Science and Technology Facilities Council(@STFC_Matters) 's Twitter Profile Photo

Stitching science! 🪡

Angelique, our communications placement student at Rutherford Appleton Laboratory, used her amazing crochet skills to make mascots representing RAL’s six scientific departments.

Meet them in the thread 🔽

Stitching science! 🪡 Angelique, our communications placement student at @RutherfordApLab, used her amazing crochet skills to make mascots representing RAL’s six scientific departments. Meet them in the thread 🔽
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STFC Particle Physics(@PPD_STFC) 's Twitter Profile Photo

It's !🎉

Last month over 1000 students attended our Particle Physics Masterclasses, ran with @ISISneutronmuon, Diamond Light Source Research in Schools and the Rutherford Appleton Laboratory Public Engagement team.

A teacher said 'It brings alive what they see in...the classroom.'📚

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Rutherford Appleton Laboratory(@RutherfordApLab) 's Twitter Profile Photo

This summer, we’re opening our doors to the public for the first time in eight years! 🙌

Expect big science, memorable activities and off-the-charts fun.

Tickets are available now: grab yours at the link below

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STFC Particle Physics(@PPD_STFC) 's Twitter Profile Photo

This 📸 is of LHCb Experiment, taken in 2008 during preparations for the 3rd run of the Large Hadron Collider CERN.

LHCb investigates why there is so much more matter than antimatter in the by studying b-hadrons, which contain beauty/bottom quarks. 🔍

This #PhotoOfTheWeek 📸 is of @LHCbExperiment, taken in 2008 during preparations for the 3rd run of the Large Hadron Collider @CERN. LHCb investigates why there is so much more matter than antimatter in the #universe by studying b-hadrons, which contain beauty/bottom quarks. 🔍
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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
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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

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