Department of Physics and Astronomy

University of Mississippi


Belle II Collaboration Summer School Held at the University of Mississippi

The 3rd Annual Belle II Summer School was held at the University of Mississippi — Monday July 17, 2017 until Thursday July 20, 2017.

Agenda Topics include:
Computing, Analysis setup, KLM particle ID, TOP particle ID
Nanobeams, Vertexing, BASF2, Early physics, BEAST, Reconstruction Code
Drift Chamber, ARICH particle ID, Event Display

The Registration started in room 109 of Lewis Hall at 8:30 AM Monday morning. The meeting started in room 109 of Lewis Hall at 9:00 AM Monday morning. Lectures were in room 109 Lewis Hall and the Breakout rooms were in rooms 109 and 228 Lewis Hall.

See for details.

Recent Faculty Promotions

Dr. Luca Bombelli, Dr. Marco Cavaglià and  Dr. Breese Quinn were promoted to Professor and Dr. Maribeth Stolzenburg was promoted to Research Professor

Dr Cecille Labuda receives the 2017 Excellence in Promoting Inclusiveness in Graduate Education Award

Dr Cecille Labuda, Associate Professor in the Department of Physics and Astronomy, is the individual recipient of the 2017 Excellence in Promoting Inclusiveness in Graduate Education Award. She was presented with the award at the Spring Doctoral Hooding ceremony by Associate Provost Emeritus Maurice Eftink, Interim Dean of the Graduate School Christy Wyandt, and Provost/Vice-Chancellor for Academic Affairs Don Cole.

Dr Cecille Labuda (right) receives the 2017 Excellence in Promoting Inclusiveness in Graduate Education Award. Dan O’Sullivan (left), Chair of Modern Languages, receives the award on behalf of his department.

Walk from Campus to Oxford square on April 22 to champion and support science.

Science protects the health of our communities, the safety of our families, the education of our children, the foundation of our economy and jobs, and the future we all want to live in and preserve for coming generations. Science is a tool of discovery that allows us to constantly expand and revise our knowledge of the universe. In doing so, science serves the interests of all humans. Science education teaches children and adults to think critically, ask questions, and evaluate truth based on the weight of evidence. Science promotes diversity and inclusion in science to build robust and resilient communities for the benefit of all people. Science makes our democracy stronger.

On April 22, scientists and supporters of science marched in cities and towns across the world to reaffirm these core values.

Please stand up for science and join your fellow Ole Miss scientists in a celebration of science by walking from campus to Oxford square. This is a strictly non-political, non-partisan event. We value inclusion, diversity, equity, and access to everybody. We aim for a diverse group of participants, including first-time marchers. Families with young children are welcome.

We will assembly on the steps of the Lyceum (University Circle) at 10:30 am and start walking at 11:00am. The planned route (about 1 mile) will take us through the Grove, University Avenue and South Lamar. We will end the march at Oxford Square.

Please show your support for science as a vital feature of a working democracy, spurring innovation, critical thinking, increased understanding, and better, healthier lives for all people. Follow us on Twitter and Facebook (event).

UMiss Physicists are Participating in the Muon g-2 Experiment at Fermilab

Drs. Breese Quinn and Jenny Holzbauer and Graduate student Wanwei Wu are members of the Muon g-2 Collaboration at the Fermi National Accelerator Laboratory (Fermilab), which was featured in a Nature article on April 11, 2017.

In the search for new physics, experiments based on high-energy collisions inside massive atom smashers are coming up empty-handed. So physicists are putting their faith in more-precise methods: less crash-and-grab and more watching-ways-of-wobbling. Next month, researchers in the United States will turn on one such experiment. It will make a super-accurate measurement of the way that muons, heavy cousins of electrons, behave in a magnetic field. And it could provide evidence of the existence of entirely new particles.

See the complete Nature article: