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://t.co/RhlvEkqmtw

We teamed up with researchers from @nyutandon to investigate an intriguing class of quantum materials. #CFNatBrookhaven

Researchers have made a significant advance toward the goal of using bacteria to produce ethylene, a key chemical in the production of many plastics. #NSLSII

With $125 million in new funding from @ENERGY, the Brookhaven-led @C2QAdvantage will enable #quantum technologies with real-world applications in chemistry, materials science, and nuclear physics. https://t.co/tbc9u8rkxC

The LUX-ZEPLIN experiment has analyzed the largest dataset ever collected by a dark matter detector.

Congratulations to Brookhaven's Chongai Kuang on being recognized for his contributions to aerosol-tracking instrumentation and science. 👏

Particle accelerators aren’t just for studying the universe — they're also driving breakthroughs in medicine! In a groundbreaking clinical trial, researchers will treat human patients with an accelerator-produced medical isotope that shows great promise for treating cancer.

High-resolution analyses of complex, natural minerals can give scientists a deeper understanding of their geological history, both at home on Earth and 194 million miles away on Mars. #NSLSII

Silicides are promising for quantum hardware, but achieving phase purity remains a key challenge. #CFNatBrookhaven

Congratulations to Brookhaven physicists Yoshitaka Hatta and Mark Palmer on being named Fellows of @APSphysics for contributions to nuclear theory and accelerator technologies.

Thanks to innovative techniques developed by Brookhaven Lab physicists, the MicroBooNE team expanded their analysis to include a second @Fermilab neutrino beam. The updates enabled them to search for the sterile neutrino in more potential "hiding places."

Scientists working on the MicroBooNE experiment at @Fermilab announced that they have found no evidence for a fourth type of neutrino. https://t.co/v7kOSna3Xj

A new era of science is here! We brought together DOE teams and our National Labs for a look at the Genesis Mission, a historic national effort to unite top talent and the nation’s most powerful computing to catalyze discovery and drive U.S. innovation. https://t.co/2GCsmW3PVG

Research shows that poplar trees can be reprogrammed at the genetic level to act as living factories for producing high-value materials.

For the first time at #RHIC, scientists have directly measured the temperature of the quark-gluon plasma using using electrons and their antiparticles.

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://t.co/RhlvEkqmtw

Mack's Mets: ANGRY MIKE: 2025 PROSPECT REPORT: ZACH THORNTON :

Try time traveling with our time projection chamber! ⏰🚀 Just kidding — a time projection chamber, as fun as it may sound, has nothing to do with time travel. This tool enables physicists to measure the momentum of particles during collisions at #RHIC's sPHENIX experiment.

Scientists from @CUSEAS leveraged the capabilities of #CFNatBrookhaven and #NSLSII to fabricate miniature scaffolds for 3D circuits and reveal their #nanoscale structure.

VISION translates spoken commands into code, enabling researchers to control scientific instruments without learning complex software. #AI #CFNatBrookhaven #NSLSII

High temperatures and ionizing radiation create extremely corrosive environments inside a nuclear reactor. To design long-lasting reactors, scientists must understand how radiation-induced chemical reactions impact structural materials.