High Energy Physics - University of Oregon

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Experimental HEP Faculty<br />

Jim Brau<br />

Ray Frey<br />

David Strom<br />

Eric Torrence

Droplet Formation Gibbs Free Energy of a droplet as

Lab 5: Analog to Digital Conversion 5.1 Introduction 5.2 DAC ...

Guide and Examples for Camera-Ready Papers

Lab 3: Transistor Circuits and JFETs This Lab is Too Long by 50 3.1 ...

Lab 2: Decoding, Multiplexing, and Sequencing 2.1 Decoder

REALIZING EINSTEIN'S DREAM Exploring Our Mysterious Universe

Lab 5: Op Amps II and Introduction to Phase-Locked Loops 5.1 ...

Measuring the Lifetime of the Muon Particle

Physics 410 Midterm Practice Exam Fall 2007, Frey Closed book ...

Lecture Notes for Astronomy 321, W 2004 1 Stellar Energy ...

Lecture Notes for Analog Electronics - The Electronic Universe ...

Outstanding Questions What causes mass What breaks EW symmetry Are there additional symmetries (supersymmetry) Are there extra, compactified space-time dimensions Why matter (not antimatter) What is dark matter And many more…

Experimental HEP Faculty Jim Brau Ray Frey David Strom Eric Torrence

Page 1 and 2: High Energy Physics at the Universi
Page 6 and 7: Theoretical HEP Faculty Nilendra De
Page 8 and 9: Oregon Experiments Past OPAL (CERN)
Page 10 and 11: ATLAS at CERN (Next) Discoveries at
Page 12 and 13: Oregon Students • Current Student
Page 14: PEP-II Asymmetric B-Factory
Page 17 and 18: Rare Tau Decays $ Neutrino data ind
Page 19 and 20: ATLAS Physics Higgs Sector EWSB
Page 21: Atlas Trigger 2m 2.5 µs 2e ~10 ms

High Energy Physics - University of Oregon

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