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Vote for your favorite photo among the stunning submissions from the world’s top physics facilities, including Brookhaven Lab.
When collisions begin for RHIC Run 13 next week, scientists from Brookhaven Lab and around the world will collect data from polarized proton collisions to try to solve one of the biggest mysteries of the basic building blocks of matter—the puzzle of the proton’s “missing” spin.
RHIC Physics
RHIC is the first machine in the world capable of colliding ions as
heavy as gold.
The Spin Puzzle
RHIC is the world's only machine capable of colliding beams of polarized
protons to investigate the 'missing' spin of the proton.
Electron-Ion Collider
A breakthrough accelerator could collide electrons with heavy ions or
protons at nearly the speed of light to create snapshots of the force
binding all visible matter.
Accelerator Science
Before high-speed packets of heavy ions can be brought into collisions
with one another, they first travel through a chain of smaller particle
accelerators.
An Educational Pipeline
Large-scale physics facilities like RHIC play a significant role in
training the next generation of physicists.
Brookhaven physicist Paul Sorensen describes discoveries made at the
Relativistic Heavy Ion Collider where conditions similar to what the
universe may have looked like in the first microseconds after its birth are
created.
See large.
RHIC is in its prime, poised to address a host of compelling science questions that remain or have been raised by the important discoveries to date, the facility performance continues to improve dramatically and the user base remains energized. Read more...
PHENIX Detector
STAR Detector
PHOBOS Detector
BRAHMS Detector
Heavy Ion Collisions
Spin Physics
Discoveries
Quark Matter
Black Holes
STAR
PHENIX
PHOBOS & BRAHMS
Funding Agencies
Accelerator Complex
Electron-Ion Collider
News & Features
News Archive
Inside RHIC Publication
Video Archive
Image archive
Educational Pipeline
Links for Collaborators