NQCP Life in Quantum - Business Developer Sofie Lindskov Hansen, Sparrow Quantum

Connecting the dots between quantum resources and relevant problems

My fascination with quantum physics began when I learned about the double-slit experiment, which led me to confront the philosophical implications of a 'measurement-based reality.' This fascination only grew as I delved into the study of physics and eventually pursued a PhD in quantum photonics. Nowadays, I spend very little time pondering the philosophical implications, instead focusing on the potential applications of quantum technology, particularly quantum computers.  

The task of identifying use cases is non-trivial as it requires deep understanding of what can be done with quantum computers as well as a deep understanding of the problems that will benefit from the vastly increased computation space and accuracy. I keep stumbling across the statement that an exact simulation of the penicillin molecule would require a classical computer with more transistors than there are atoms in the visible universe whereas a quantum computer would be able to do the same simulation with just 400 logical qubits. But is an exact simulation of the penicillin molecule the holy grail, or are there other perhaps lower hanging fruits that should be harvested first? 

Developing meaningful, useful, and efficient quantum algorithms requires not only a deep understanding of quantum algorithms and quantum hardware, but also a thorough understanding of the problems that will be solved. The quest is thus highly interdisciplinary and requires connecting dots between seemingly disparate fields.