SLAC(@SLAClab) 's Twitter Profileg
SLAC

@SLAClab

The official account of SLAC National Accelerator Laboratory, operated by Stanford University for the U.S. Dept of Energy.

Verify: https://t.co/mXToIBppNr

ID:90696553

linkhttps://linktr.ee/SLAC.lab calendar_today17-11-2009 19:13:46

12,9K Tweets

28,4K Followers

941 Following

Manuel Gnida(@manuelgnida) 's Twitter Profile Photo

‼️ JOB OPPORTUNITY: MEDIA RELATIONS LEAD ‼️
Work with SLAC's amazing Comms team: Manage our engagements with the media, build meaningful relationships with journalists, and help share SLAC's impactful story with the world. erp-hprdext.erp.slac.stanford.edu/psc/hprdext/EM…

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DOE Office of Science(@doescience) 's Twitter Profile Photo

It's hard enough to climb a mountain with a backpack. But getting a giant digital camera up one is a whole different challenge. To install the LSST Camera on Rubin Observatory, a team led by SLAC has carefully planned out its journey, as covered in Scientific American: scientificamerican.com/article/how-to…

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DOE Office of Science(@doescience) 's Twitter Profile Photo

In the extreme temperature and pressure of planets like Neptune, ice can come in exotic forms. Scientists SLAC, Stanford University, UC Berkeley & Johns Hopkins University directly observed one form, Ice XIX, in the lab for the first time: energy.gov/science/bes/ar…

In the extreme temperature and pressure of planets like Neptune, ice can come in exotic forms. Scientists @SLAClab, @Stanford, @UCBerkeley & @JohnsHopkins directly observed one form, Ice XIX, in the lab for the first time: energy.gov/science/bes/ar…
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SLAC(@SLAClab) 's Twitter Profile Photo

🗓️ Join our next on 5/23, when Ashley James will uncover the sometimes dark but always intriguing mysteries in the field of toxicology using synchrotron-based techniques!

Register to join the talk here: bit.ly/3UTBPpN

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SLAC(@SLAClab) 's Twitter Profile Photo

💡 Luckily for us, the is every day!

At , SLAC’s synchrotron, the X-rays allow scientists to capture molecules and atomic structures.

This video goes into SSRL’s history and current functions as a global X-ray powerhouse: bit.ly/3pXZAjf

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SLAC(@SLAClab) 's Twitter Profile Photo

⚡️ Happy !

Last year, we turned on the world’s brightest X-ray and we’re still beaming about it.

Check out this video on the recent upgrade and how researchers hope to use it to address some of today’s most pressing questions: bit.ly/3UJ95yG

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SLAC(@SLAClab) 's Twitter Profile Photo

🌌What is Dark Matter?

Astrophysicist Risa Wechsler explains: 85% of the matter in the universe is dark matter, a substance that interacts through gravity but doesn't emit light.
More: stanford.io/3CTulcw

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SLAC(@SLAClab) 's Twitter Profile Photo

😎 SLAC researchers developed new methods that produce intense attosecond pulses and pulse pairs – unique capabilities at our world-leading LCLS X-ray laser that will shed light on the fastest, never-before-seen motions inside atoms and molecules.

Read: stanford.io/3QGmuWY

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Oak Ridge Lab(@ORNL) 's Twitter Profile Photo

.SLAC will leverage ORNL’s power to accelerate studies on biological molecules that could pave the way for innovative treatments and therapies. bit.ly/3wrTQlv

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DOE Office of Science(@doescience) 's Twitter Profile Photo

The question 'What is dark matter?' has dogged physicists for decades. With their proposal for a new experiment SLAC, researchers are widening their search and ideas of what dark matter could be. Quanta Magazine covered the exploration: quantamagazine.org/dogged-dark-ma…

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Kyle Cranmer(@KyleCranmer) 's Twitter Profile Photo

New paper out! We are using transformers to make progress in a cutting-edge problem in theoretical / mathematical physics. Garrett Merz datascience@uw, Lance Dixon & Tianji Cai SLAC, François Charton & Niklas Nolte AI at Meta, Mattias Wilhelm University of Copenhagen Research
arxiv.org/abs/2405.06107

New paper out! We are using transformers to make progress in a cutting-edge problem in theoretical / mathematical physics. @GarrettMerz @datascience_uw, Lance Dixon & Tianji Cai @SLAClab, @f_charton & Niklas Nolte @AIatMeta, Mattias Wilhelm @UCPH_Research arxiv.org/abs/2405.06107
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datascience@uw(@datascience_uw) 's Twitter Profile Photo

Scattering amplitudes are important quantities in high-energy physics, but computing them can be a challenge. New work from DSI researchers Kyle Cranmer and Garrett Merz (with collaborators at SLAC, AI at Meta, & University of Copenhagen Research) shows how AI can help. arxiv.org/abs/2405.06107

Scattering amplitudes are important quantities in high-energy physics, but computing them can be a challenge. New work from DSI researchers @KyleCranmer and @merz_garrett (with collaborators at @SLAClab, @AIatMeta, & @UCPH_Research) shows how AI can help. arxiv.org/abs/2405.06107
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SLAC(@SLAClab) 's Twitter Profile Photo

🥽 There were over 3,600 people at the Stanford University STEMfest community event!

We gave SLAC tours to 90+ people, and SLAC’s GISMo (Grid Integration, Systems and Mobility) Team demonstrated a fun activity for kids to try generating more power on a bike than a solar panel.

🥽 There were over 3,600 people at the @Stanford STEMfest community event! We gave SLAC tours to 90+ people, and SLAC’s GISMo (Grid Integration, Systems and Mobility) Team demonstrated a fun activity for kids to try generating more power on a bike than a solar panel.
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Oak Ridge Lab(@ORNL) 's Twitter Profile Photo

.SLAC will leverage ORNL’s power to accelerate studies on biological molecules that could pave the way for innovative treatments and therapies. bit.ly/3wrTQlv

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DOE Office of Science(@doescience) 's Twitter Profile Photo

Capturing fast-moving objects is always tough for photographers. It's even harder when they're subatomic. Researchers Pacific Northwest National Laboratory, Argonne National Lab and their partners used tools SLAC to develop a new technique to observe electron motion in liquid water: pnnl.gov/publications/a…

Capturing fast-moving objects is always tough for photographers. It's even harder when they're subatomic. Researchers @PNNLab, @argonne and their partners used tools @SLAClab to develop a new technique to observe electron motion in liquid water: pnnl.gov/publications/a…
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Stanford ENERGY(@StanfordEnergy) 's Twitter Profile Photo

Annette Mendoza studied using perovskites for energy SLAC's summer program meant to increase representation in STEM, which is open to all U.S. graduate students. She is now an engineer in Tesla. Read about her journey:
www6.slac.stanford.edu/news/2024-05-0…

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SLAC(@SLAClab) 's Twitter Profile Photo

🏆 This year's GEM Fellows, Annette Mendoza and Damion Tingle, share their thoughts on representation, mentorship, and staying true to themselves in STEM: stanford.io/4bx1RV1

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Mike Dunne(@MikeDunne_LCLS) 's Twitter Profile Photo

Excellent article opnmagazine on the status and prospects of X-ray Free Electron Lasers, and how we’re entering an incredible new era of science SLAC, alongside our sister facility European XFEL and @DESY, complemented by activities all over the world. Well worth the read!

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KQED Science(@KQEDscience) 's Twitter Profile Photo

The camera, assembled at SLAC in Menlo Park, will take a 10-year-long movie of the night sky from its perch atop a mountain in the Chilean Andes.
kqed.org/science/199252…

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KQED(@KQED) 's Twitter Profile Photo

🔗: kqed.org/science/199252…

The camera, assembled at SLAC in Menlo Park, will take a 10-year-long movie of the night sky from its perch atop a mountain in the Chilean Andes.

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