During my Nanotechnology Engineering degree at the University of Waterloo, I have come to understand the importance of interdisciplinarity. Being taught everything from biochemistry to controls systems, my research background has been broad from photonic metasurfaces and plasmonic biosensors at Harvard to Bose-Einstein condensates at Cambridge, to muon physics at the Paul Scherrer Institute, and program management at Microsoft Japan doing coding work in machine learning. I will be pursuing a PhD in High Energy Physics at the ATLAS collaboration at Cambridge in the hopes of advancing our understanding of the universe beyond the standard model. My hope is that with a new breakthrough we will be able to stem a new blossoming of world-changing technology just like when Planck made his breakthrough 100 years ago. I am incredibly honoured to join the Gates Cambridge community, and as an interdisciplinary at heart, I am excited for the opportunities this community will give to stem new collaborations. Interdisciplinary collaborations with particle physics have yielded incredibly impactful results, from proton therapy for cancer treatment, to cosmic muon tomography for understanding how the Pyramids were built and the effects of global warming with respect to glacier melting. I also seek to address current issues in STEM outreach, such that we may ensure that every child can pursue their passion in spite of their cultural pressures.
University of Waterloo Nanotechnology Engineering 2019
Hong Kong University of Science & Technology Exchange 2017