We're an @ENERGY Lab that delivers discovery science and transformative technology to power and secure America's future. Home to #RHIC#NSLSII#CFNatBrookhaven
Congratulations to the Muon g-2 Collaborations at @CERN, @Fermilab, and Brookhaven Lab on receiving the @brkthroughprize in Fundamental Physics. 👏
The award recognizes their multi-decade, groundbreaking contributions to physics. https://t.co/rdC1uGK2pU
At the latest installment of PubSci, more than 75 community members joined our scientists for drinks and a lively discussion about the #ElectronIonCollider. https://t.co/4fa6MyPEne
Scientists used cryo-electron microscopy at our Laboratory for BioMolecular Structure to reveal part of a transporter protein that helps bacteria maintain zinc levels just right for survival.
This protein may be a useful target for to fight antibiotic-resistant infections.
WHIZ KID ALERT!
A Suffolk kindergartener beat the competition at @BrookhavenLab with a science experiment inspired by his love of trains. The results impressed scientists and local leaders. https://t.co/jLAlmhTPQS
Transitioning #quantum devices from the lab to the real world will require scientific and manufacturing infrastructure capable of developing robust and reliable qubits.
Building silicon-compatible devices marks a milestone toward that goal.
@C2QAdvantage https://t.co/GqVJRIGC6F
Cayuga Elementary School first-grade student Mikayla Saleh earned an Honorable Mention at the prestigious Brookhaven National Laboratory Elementary Science Fair for her project, How Do Cuttlefish React to Pictures?
Read more: https://t.co/SZ9WDl9Z81
Thank you to our employees who supported the @IslandHarvest Stamp Out Hunger Food Drive. Together, we donated more than 1,000 pounds of food!
Special thanks to our volunteers in the food sorting event. Their work helped prepare donations for distribution across Long Island.
We've reached a major milestone for the #ElectronIonCollider with the arrival of the first electrical unit substations — critical infrastructure that will power this next-generation discovery machine. https://t.co/CJQjiOVZLa
Local K-6 students showcased science projects at our 2026 Elementary School Science Fair Competition.
Students explored hypotheses about the world around them, their hobbies, favorite foods, and more.
#STEM#BrookhavenSciEd https://t.co/FOmyzMOdUJ
Join us today @TheVanderbilt to explore the wonders of the universe through hands-on activities, engaging talks, and a planetarium show.
Our Science in the Community event offers free museum admission from 9:30 a.m. to 2 p.m.
Learn more: https://t.co/8xPdB5Tkie
Get ready for a summer of science! The 2026 dates for our open house program have arrived!
From family-friendly STEM activities to guided tours of our one-of-a-kind research facilities, we have something planned for everyone. #ExploreBrookhaven
Researchers from @Harvard came to #NSLSII to characterize 3D-printed fibers that could one day enable programmable artificial muscles. https://t.co/uGnLbr8bV9
Our Maglev Competition challenges students to think like engineers and address real-world transportation problems.
Students must design and build small-scale magnetic levitation vehicles that balance speed, stability, cost, and passenger capacity. #BrookhavenSciEd#STEM
Brookhaven Lab physicist Mary Bishai studies particle "flavors."
She started with the whimsically-named “beauty” quark, which is heavier than the quarks in ordinary matter.
Then she turned to neutrinos, the tiny cousins of electrons that have the ability to change flavors.
Take look inside our Accelerator Test Facility (ATF), the Nation's proving ground for future particle accelerators.
ATF provides researchers with high brightness electron beams, near-infrared and long-wave infrared laser beams, and an ultrafast electron diffraction facility.
Our Bridge Building Competition challenges high schoolers to step into the shoes of engineers.
Students design and build bridges out of lightweight basswood, and they watch as their creation either holds up under pressure or snaps.
#BrookhavenSciEd#STEM https://t.co/A9PgyMNzlS
The perspectives, passion, and expertise of the #ElectronIonCollider's collaborators are critical for the future of this one-of-a-kind discovery machine.
The removal process is expected to take place over six years, with a work plan designed to enable simultaneous progress on #ElectronIonCollider construction.
It will encompass the removal and/or repurposing of approximately 6,500 major #RHIC components. https://t.co/Sm5rAh2DEj
Our researchers have developed #quantum devices with a silicon-compatible class of materials, an approach that’s designed to feed right into the engine that’s used for today's semiconductor technology.
@C2QAdvantage#C2QA#CFNatBrookhaven@NanoLetters
https://t.co/GqVJRIGC6F