Slac Collection

Computer art of a positron-electron collision
Positron-electron collision. Computer illustration of an electron (blue) and a positron (red) colliding. The collision produces extremely short- lived B meson and anti-B meson particles (both yellow)

Physicists in SLAC control room
SLAC control room. Wide angle view of physicists and technicians in the control room of the Stanford Linear Accelerator Center (SLAC), California, USA

Aerial photo of SLAC linear accelerator
Aerial photograph of the two-mile long linear accelerator (for accelerating electrons up to an energy of 30 billion electron Volts) at Stanford Linear Accelerator Center, California. (June 84)

PEP-II particle collider, SLAC

Aerial photograph of SLAC, California, showing the 2-mile long linear accelerator. June 84

BaBar particle detector, SLAC
BaBar particle detector. Wide angle view of engineers working on the open BaBar particle detector at the Stanford Linear Accelerator Center (SLAC), California, USA

BaBar silicon strip detector, SLAC
BaBar silicon strip detector. Female physicist below the silicon strip vertex detector (SSD) for the BaBar particle detector

Physicists work on BaBar detector at SLAC
BaBar particle detector. Physicists and engineers working on the open BaBar particle detector at the Stanford Linear Accelerator Center (SLAC), California, USA

Linear Accelarator, Stanford
Aerial photograph of the two-mile long linear accelerator (for accelerating electrons up to an energy of 30 billion electron Volts) at Stanford Linear Accelerator Center, California. (June 84)

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Discover the fascinating world of SLAC, Stanford's Linac Accelerator Center. Witness the collision of positrons and electrons in a breathtaking computer art illustration. Inside the control room, physicists meticulously calibrate the PEP-II particle collider, their eyes glued to monitors as they unlock the mysteries of the universe. From above, the linear accelerator stretches out like a serpent, its sleek design a testament to human ingenuity. The BaBar detector, a key component of SLAC, captures elusive subatomic particles with its silicon strip detector. Physicists work tirelessly to decipher the data, their minds ablaze with the potential discoveries that await. Amidst the hustle and bustle, the linear accelerator hums with the promise of new knowledge, its importance to the scientific community undeniable. Explore the wonders of SLAC, where the boundaries of human understanding are constantly being pushed.