Next week, we’re bringing science to the pub again! 🍻

Join us on April 14 for PubSci, our science café and conversation series. Our scientists will be discussing America's next particle collider: the #ElectronIonCollider. ⚛️

Learn more and RSVP: https://bit.ly/4uG13Yk

Brookhaven National Laboratory's collider goes out with a bang The Brookhaven National Laboratory's (BNL) Relativistic Heavy Ion Collider completed its last run last Friday after a quarter-century of data collection.

"The final run of RHIC was less of a memorial and more of a celebration of a new beginning. RHIC will be revamped to turn into an electron-ion collider," @wshu.org reports. #RHIC #ElectronIonCollider

How will the #ElectronIonCollider benefit society?

Grab a drink with our scientists and find out at our next PubSci. ⚛️ 🍻 https://bit.ly/4uG13Yk

During #RHIC's latest STAR collaboration meeting, members gathered by the STAR detector one final time before it is disassembled and the collider is transformed into the #ElectronIonCollider.

RHIC's operations have ended, but its science lives on — with years of data analysis and discoveries ahead.

We’re bringing science to the pub! 🍻

PubSci, our science café and conversation series, is back for its next installment: The Secrets of Matter. ⚛️

Join us on April 14 to discuss the #ElectronIonCollider over drinks: https://bit.ly/4uG13Yk

MEDIA ADVISORY: Featured Talks on Legacy of RHIC and Transition to EIC at APS Global Physics Summit Talks at the American Physical Society's Global Physics Summit delve into RHIC's legacy and the future at the EIC

Attending #APSSummit26? Check out featured talks on the legacy of #RHIC and the future of nuclear physics at the #ElectronIonCollider ⬇️

Brookhaven National Laboratory's collider goes out with a bang The Brookhaven National Laboratory's (BNL) Relativistic Heavy Ion Collider completed its last run last Friday after a quarter-century of data collection.

"The final run of RHIC was less of a memorial and more of a celebration of a new beginning. RHIC will be revamped to turn into an electron-ion collider," @wshu.org reports. #RHIC #ElectronIonCollider

#RHIC operations have come to an end, and #ElectronIonCollider preparations are ramping up.

The U.S. Department of Energy approved Critical Decision 3B for the EIC, authorizing the second phase of long-lead procurements.

This decision enables us to prepare for the construction phase.

AI Streamlines Deluge of Data from Particle Collisions Custom algorithm compresses particle detector data and speeds processing to capture more collisions for discoveries

Our scientists have developed a custom #AI algorithm to streamline massive datasets from particle detectors.

The algorithm uses a neural network to compress "sparse” data, so detectors can record more collisions. #RHIC #ElectronIonCollider

Laying the Groundwork: Inside the EIC's Infrastructure Team with Dirul Nassar Dirul Nassar is the deputy division director and group leader for infrastructure engineering for the Electron-Ion Collider (EIC) project.

Dirul Nassar leads the infrastructure team that oversees civil construction for the future #ElectronIonCollider.

Laying the Groundwork: Inside the EIC's Infrastructure Team with Dirul Nassar Dirul Nassar is the deputy division director and group leader for infrastructure engineering for the Electron-Ion Collider (EIC) project.

Meet Dirul Nassar, deputy division director and group leader for infrastructure engineering for the #ElectronIonCollider.

DOE Approves Next Phase of Funding for Electron-Ion Collider The U.S. Department of Energy has approved Critical Decision 3B (CD-3B) for the Electron-Ion Collider (EIC), authorizing the second phase of federally funded long-lead procurements for this major new ...

#RHIC operations have come to an end, and #ElectronIonCollider preparations are ramping up.

The U.S. Department of Energy approved Critical Decision 3B for the EIC, authorizing the second phase of long-lead procurements.

This decision enables us to prepare for the construction phase.

Laying the Groundwork: Inside the EIC's Infrastructure Team with Dirul Nassar Dirul Nassar is the deputy division director and group leader for infrastructure engineering for the Electron-Ion Collider (EIC) project.

Dirul Nassar leads the infrastructure team that oversees civil construction for the future #ElectronIonCollider.

AI Streamlines Deluge of Data from Particle Collisions Custom algorithm compresses particle detector data and speeds processing to capture more collisions for discoveries

Our scientists have developed a custom #AI algorithm to streamline massive datasets from particle detectors.

The algorithm uses a neural network to compress "sparse” data, so detectors can record more collisions. #RHIC #ElectronIonCollider

We're #NowHiring the project director for the #ElectronIonCollider to lead its multidisciplinary and multi-institutional team.

This role has full authority for all aspects of the EIC, including its management, budget, technical scope, and staffing. Learn more and apply: https://bit.ly/4jtq5ou

Laying the Groundwork: Inside the EIC's Infrastructure Team with Dirul Nassar Dirul Nassar is the deputy division director and group leader for infrastructure engineering for the Electron-Ion Collider (EIC) project.

Meet Dirul Nassar, deputy division director and group leader for infrastructure engineering for the #ElectronIonCollider.

We have an exciting opportunity for a scientific leader to oversee the strategy, relationship management, and execution of one of the most exciting new scientific facilities.

We’re #NowHiring the #ElectronIonCollider project director: https://bit.ly/4jtq5ou

AI Helps Scientists Investigate the Universe's Biggest and Smallest Phenomena DOE supports researchers who are finding new ways to apply artificial intelligence to high energy and nuclear physics.

As experiments produce more and more data, scientists will need to rely on machine learning to process and analyze it. #AI #RHIC #ElectronIonCollider

We’re seeking candidates for the project director of the #ElectronIonCollider, the world's only particle collider to be built in the next decades.

Have you proven successful management of a complex scientific facility and ability to promote collaboration? Apply today: https://bit.ly/4jtq5ou

AI Helps Scientists Investigate the Universe's Biggest and Smallest Phenomena DOE supports researchers who are finding new ways to apply artificial intelligence to high energy and nuclear physics.

Scientists are using #AI to answer questions across nuclear and particle physics, from solving the mysteries of dark energy to uncovering the structure of the early universe. #RHIC #ElectronIonCollider

Jennifer Maceiko originally wanted to be an FBI agent, until she fell in love with physics.

Now, she's a mechanical engineer who is helping bring the #ElectronIonCollider to life.

Learn more about her career: https://bit.ly/4p1whpC

AI Helps Scientists Investigate the Universe's Biggest and Smallest Phenomena DOE supports researchers who are finding new ways to apply artificial intelligence to high energy and nuclear physics.

As experiments produce more and more data, scientists will need to rely on machine learning to process and analyze it. #AI #RHIC #ElectronIonCollider

Meet Jennifer Maceiko, a mechanical engineer for the #ElectronIonCollider.

Maceiko creates detailed designs of the piping systems that will deliver coolants, such as liquid helium and liquid nitrogen, to key components throughout the EIC accelerator. https://bit.ly/4p1whpC

AI Helps Scientists Investigate the Universe's Biggest and Smallest Phenomena DOE supports researchers who are finding new ways to apply artificial intelligence to high energy and nuclear physics.

Scientists are using #AI to answer questions across nuclear and particle physics, from solving the mysteries of dark energy to uncovering the structure of the early universe. #RHIC #ElectronIonCollider

Drell-Yan at the Electron-Ion Collider
Henry T. Klest
Paper
Details
#DrellYan #ElectronIonCollider #EIC

Jennifer Maceiko originally wanted to be an FBI agent, until she fell in love with physics.

Now, she's a mechanical engineer who is helping bring the #ElectronIonCollider to life.

Learn more about her career: https://bit.ly/4p1whpC

Meet Jennifer Maceiko, a mechanical engineer for the #ElectronIonCollider.

Maceiko creates detailed designs of the piping systems that will deliver coolants, such as liquid helium and liquid nitrogen, to key components throughout the EIC accelerator. https://bit.ly/4p1whpC

Alex Eslinger, a mechanical engineer at Jefferson Lab, helps design subdetectors for the #ElectronIonCollider that will image particles of light emerging from collisions.
https://bit.ly/46hnPeV

Explore the #ElectronIonCollider's one-of-a-kind machine, and the groundbreaking science it will enable, with our interactive platform: https://www.bnl.gov/eic/explore/

Electron-Ion Collider coming to Brookhaven gets substantial U.K. investment

The #ElectronIonCollider (EIC) at #BrookhavenNationalLaboratory just got a £58 million investment from the UK. www.ans.org/news/article...