Particle physics attempts to understand the fundamental forces of nature, their interactions and their role in the evolution of the universe. The culmination of many decades of work by the particle physics community is the Standard Model of particle physics . The application of this theory to the high energy density conditions of the early universe leads to an understanding of the evolution of the universe. However there are inconsistencies and puzzles in both the Standard Model and in reconciling observations of the current universe with our understanding of its evolution. These include the mechanism for generating mass, the inclusion of gravity into a consistent quantum theory, the preponderance of matter over anti-matter and the fact that we can account for only a small fraction of the mass and energy of the Universe. The solutions to these puzzles require the introduction of new particles. My research focusses on the experimental searches for evidence of these new particles using high energy particle collisions that recreate the conditions of the early universe. I am currently conducting two experiments.
I am searching for the existence of new particles in the quantum loops of decaying B mesons. Follow this link for details
A B meson Decay observed with the BaBar Detector
I am searching for the Higgs Boson in the highest energy particle collisions. Follow this link for details
A simulated Higgs Boson Decaying to two Photons in the CMS detector