MIST M319 (main office)
ENPH 115T (aux. location)
I work in the area of experimental high energy physics, which embarks on the fundamental understanding of the world around us by studying its smallest building blocks and forces that keep these blocks together. In big picture terms, we are trying to understand how the world around us is built and why, including the origin of masses, nature of the mysterious dark matter. To answer these fundamental questions we build large accelerators that smash particles at near the speed of light velocities. We then study the results of such collisions to search for new fundamental particles and study the forces that arise between the particles as they interact. In the past 50 years, nearly major discoveries in particle physics came from collider experiments. These experiments remain to be one of the most promising techniques for studying high-energy physics. I joined Texas A&M University in 2006 and since then built one of the largest experimental high energy physics single PI university programs in the US with an annual budget of over $500K. My personal physics interests focus on searches for the Higgs boson, the "God particle", and other kinds of "new" physics including Supersymmetry at CERN LHC collider. Members of my group and I work on the CMS experiment located at CERN (Switzerland) respectively. In addition to analyzing data, we work on building parts of these gigantic detectors with a special emphasis on the development of high-speed electronics for the CMS muon trigger, which we design and build in our electronics shop.
FIX ME →M. Abbas, et al. “Modeling the triple-GEM detector response to background particles for the CMS Experiment.” Edit this, Edit this, 2021.
FIX ME →M. Abbas, et al. “Performance of a Triple-GEM Demonstrator in \(pp\) Collisions at the CMS Detector.” Edit this, Edit this, 2021.
FIX ME →Juliette Alimena, et al. “Review of opportunities for new long-lived particle triggers in Run 3 of the Large Hadron Collider”, 2021.
M. Abbas, et al. “Triple-GEM discharge probability studies at CHARM: simulations and experimental results.” Journal of Instrumentation, 15(10), P10013--P10013, Oct 2020.
M. Abbas, et al. “Interstrip capacitances of the readout board used in large triple-GEM detectors for the CMS Muon Upgrade.” Journal of Instrumentation, 15(12), P12019--P12019, Dec 2020.
Awards & Recognition
- EPS High Energy Particle Physics Prize (European Physical Society, 2013)
- Montague-CTE Scholar Award (TAMU Montague-Center for Teaching Excellence Scholars Program, 2008)
- Outstanding Junior Investigator Award (US Department of Energy, 2007)