Photos of Fermilab - Peter Ginter - June 2004
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Precisely machined copper disks, components of a room-temperature radiofrequency accelerating structure. This technology was not selected for the design of the proposed International Linear Collider. A physicist tests apparatus for Fermilab's proposed BTeV experiment. Physicist Jamila Bashir Butt working on prototype detector components for Fermilab's proposed BTeV experiment. Scientist James Santucci assembles a superconducting RF structure in a clean room at Fermilab. The niobium cavities are a key component of the
Copper RF components BTeV test stand I BTeV test stand II Cold technology
A prototype of the BTeV detector component that will observe shock waves emitted by particles flying through the apparatus. Fermilab's Feynman Computing Center Fermilab's Feynman Computing Center Scientist Ioanis Kourbanis checks a beam focusing horn for Fermilab's MiniBooNE experiment. The goal of the experiment is to answer the question of how many types of neutrinos exist.
BTeV prototype detector FCC computers I FCC computers II MiniBooNE horn
Fermilab theorists Giulia Zanderighi, Chris Quigg and (at blackboard) Olga Mena Fermilab theorists Giulia Zanderighi, Chris Quigg and (at blackboard) Olga Mena Fermilab theorists Giulia Zanderighi, Chris Quigg and (at blackboard) Olga Mena The Cockcroft-Walton pre-accelerator, where protons begin their journey through the Fermilab accelerator complex.
Fermilab theorists I Fermilab theorists II Fermilab theorists III Pre-accelerator I