Experimental Particle Physics

 

 


 

Faculty

· David Cutts

Professor

Email

BH 522 (401) 863-2422

D0 DAB 5 (630) 840-8324

· Greg Landsberg

Associate Professor

Email

BH 526 (401) 863-1464

D0 Trailer 177 (630) 840-8591

· Robert Lanou

Professor Emeritus

Professor (Research)

Email

BH 520 (401) 863-2632

·  Meenakshi Narain

Professor

Email

BH 524 (401) 863-2140

D0 Trailer

· Richard Partridge

Professor

Email

SLAC, Building 84 Rm220,  (650) 926-3388

D0 Trailer 177-25 (630) 840-8702


 

Research Fellows

· Tulika Bose

Email

 B&H 626, (401) 863-3611

· Len Christofek

Email

 D0 Trailer 177-26, (630) 840-2488

· Brendan Casey

Email

 D0 Trailer  "Outback",  (630) 840-2638

· Yuji Enari

Email

 D0 Trailer 177-27, (630) 840-2338

 

Graduate Students

· Duong Hai Nguyen

Email

 Fermilab LPC

· Hwi Dong Yoo

Email

 D0 Trailer  "Outback" (630) 840-6638

· Yunhe Xie

Email

 D0 Trailer  "Outback" (630) 840-6638


 


 

Research Technician and System Manager

· Jack Fowler

Email

 BH 542B (401) 863-2347

 

Current Research Experiments

D0 - The D0 Experiment

The DŲ experiment conducts research into the fundamental nature of matter. It is the product of an international collaboration of many scientists and institutions. We study the byproducts of annihilations of protons and antiprotons using the world's highest energy accelerator, located at Fermilab in Batavia, Illinois, USA. The products of these interactions allow us to study the building blocks of all that there is - the "Inside of the Universe".

Current Projects:

· D0 Run II Level 3 Trigger 

· D0 Run II Luminosity Monitor 

· D0 New Phenomena - Exotics Physics Group (Internal*)

 

 

HERON - The HERON Experiment

The HERON project is an R & D effort to create a single detector suitable for real-time, high rate measurement of neutrinos from both the p-p and Be7 reactions in the Sun using superfluid helium as the target substance. This status report describes the motivation, the particle detection mechanism in superfluid, some R & D results on low energy electron detection and a possible `` third" generation, full-size detector. Future R & D plans are also described.

 *) Internal Pages are password protected.

 

 


This work is supported by the Brown University and by the Department of Energy.
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