Experimental Particle Physics; Distributed Computing; Free Software. Interested in the answering the big question: “Why is there so much more matter than anti-matter in the Universe?” Besides being essential for human existence, the observed universal matter vs antimatter imbalance does not agree with the expectations of the standard model of particle physics (SM).
Consequently the observed discrepancy shows that the SM is not a complete description of nature at the smallest scales. To this end, Martin is deeply involved in the upcoming Belle II experiment in Japan which will make detailed investigations of differences between matter-antimatter, with a data sample a factor of 50 times larger than previous studies.
Heavily involved in Data Science and solving the problem of efficiently analyzing the hundreds of petabytes of data generated by the ATLAS and Belle II experiments.
Fellow of Australian Institute of Physics (FAIP).
