Drew University

Drew Particle Physics Group

We look for physics the Standard Model cannot explain. Our group builds detector monitoring systems and analyses data for the Mu2e experiment at Fermilab and for DUNE and ProtoDUNE, and undergraduates do the work alongside us.

What we work on

Three programmes, one question: what lies beyond the Standard Model?

Fermilab

The Mu2e experiment

Mu2e is looking for a muon turning directly into an electron and nothing else. Seeing it would mean new particles or new forces. Drew builds the online data quality monitoring system and works on particle identification with machine learning.

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CERN and SURF

DUNE and ProtoDUNE

DUNE will send a neutrino beam from Fermilab through the Earth to detectors a mile underground in South Dakota, to study neutrino mass ordering and CP violation. ProtoDUNE at CERN proves the detector technology first.

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Outreach

Drew QuarkNet Center

An NSF-supported centre that puts real particle physics data and portable muon detectors into New Jersey high school classrooms. Teachers receive a daily stipend for workshops and earn professional development hours.

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At Fermilab

Our group works on site at Fermi National Accelerator Laboratory, outside Chicago.

Professor Kamal Benslama standing in front of large cylindrical cryostat vessels in an assembly hall at Fermilab
Professor Benslama with the Mu2e solenoid cryostats at Fermilab.
Professor Benslama and Professor Stefano Miscetti in cleanroom coats beside the annular Mu2e calorimeter
Professor Benslama with Professor Stefano Miscetti, Mu2e co-spokesperson, at the Mu2e calorimeter.
Student Henry Arthur in a white lab coat beside the Mu2e calorimeter test stand, with an oscilloscope and optical fibres
Henry Arthur at the Mu2e calorimeter test stand.

Work with us

Every student in the group started without research experience. If you are curious about particle physics, that is enough to begin. We also welcome New Jersey high school physics teachers through the QuarkNet Center.