Tom O'Brien, a Quantum researcher at Google, gives us some insights into what his team is doing. Here is what he has to say:
'Since the early 90's, quantum computers have generated interest with their promise to achieve an exponential speedup in computation time for certain tasks. However, realising this potential has proven difficult due to the inherent fragility of the quantum state, requiring aggressive error correction protocols to maintain. With recent demonstrations of quantum supremacy and small-scale optimization, chemistry and physics algorithms, and the recent release of our roadmap towards a fault-tolerant quantum computer, Google Quantum AI has brought tantalisingly close the promise of a quantum computer finding useful applications in science and industry. In this talk, Tom O'Brien will outline our recent advances, the challenges we can foresee in the next few years, and where we might hope to find the first useful applications of a quantum computer.'
Quantum Researcher
Tom finished a PhD in theoretical physics at Leiden University in the Netherlands, then spent a brief time in the faculty there before joining the Google AI Quantum team as a research scientist. His research interests are in developing algorithms and finding applications for a quantum computer, with a focus on algorithms for chemistry and physics.
Tom finished a PhD in theoretical physics at Leiden University in the Netherlands, then spent a brief time in the faculty there before joining the Google AI Quantum team as a research scientist. His research interests are in developing algorithms and finding applications for a quantum computer, with a focus on algorithms for chemistry and physics.
GDSC Munich Lead
GDSC Munich Lead
GDSC Munich Core Team
GDSC Munich Core Team
GDSC Munich Advisor
GDSC Munich Advisor
GDSC Munich Core Team
GDSC Munich Core Team
Technical University of Munich
GDSC Munich Core Member
GDSC Munich Core Member
TUM
GDSC Munich Core Team
GDSC Munich Core Team
