Lea Northcote

I am a postdoctoral fellow at the Novo Nordisk Quantum Computing Programme (NQCP), University of Copenhagen, where I am developing quantum algorithms to simulate open quantum systems in biochemical contexts. My research focuses on creating frameworks for quantum simulations that advance our understanding of complex biochemical processes, contributing to the cutting edge of quantum chemistry and dynamics.

I hold a PhD in theoretical chemistry from the University of Copenhagen. My thesis, "Shining Light on Charge Separation in Nature," explored the photosynthetic charge separation process using advanced multireference quantum chemical calculations combined with open quantum system models. My work revealed insights into photosynthetic dynamics, including the first multireference calculations on photosystem II reaction center chlorophylls.

I am honored to have received a personal grant to conduct a two-year postdoctoral fellowship at MIT under the supervision of Prof. Troy Van Voorhis and collaborating with Prof. Aram Harrow, starting in April 2025. My research will focus on designing quantum algorithms to simulate the quantum dynamical behavior of open quantum systems in chemistry, with an emphasis on fault-tolerant quantum devices. Following my time at MIT, I will return to NQCP for an additional year to further develop and apply these algorithms to complex chemical problems.

I have always been guided by a strong interdisciplinary approach. My academic background includes a bachelor's degree in molecular biomedicine, which grounded my understanding of proteins and biological systems, and a master’s degree in chemistry with a specialization in theoretical chemistry, preparing me for a PhD in quantum chemistry and open quantum system dynamics. My international research experience includes a stay at the Technical University of Munich, where I developed frameworks for simulating advanced two-dimensional electronic spectra.

In addition to my research, I am passionate about teaching and mentorship. I have supervised a student and contributed to teaching quantum chemistry and general chemistry courses at the University of Copenhagen for 5 years.

During my university education, I have completed course work abroad at the University of Melbourne, Harvard University and the National University of Singapore. The last two stays were supported by prestigious scholarships from the Novo Nordisk Foundation. These experiences not only enriched my scientific perspective but also reinforced my drive for pursuing research.

My ultimate goal is to contribute to transformative advancements in quantum chemistry, particularly through the development of innovative computational tools for studying the quantum dynamics of open systems. I am excited to collaborate with leading international research groups and pushing the boundaries of quantum simulations applied to chemical problems.