About the project
This project involves the development of resource-efficient quantum algorithms for molecular simulation and their implementation in quantum hardware in the cloud or directly with experimental collaborators. Beyond the basic science, applications of the quantum solutions developed in transformative technologies like clean energy catalysts and advanced batteries will also be sought.
One of the frontiers of quantum computing is to create cutting-edge algorithms to simulate molecular behaviour in quantum computers.
The research direction is to be customized to the participant's background, with potential specializations in:
- designing efficient quantum algorithmic ansatze for variational quantum algorithms for simulating molecular and material systems in ground and excited states.
- preparing for the logical qubit and fault tolerant era, improving circuit efficiency, runtimes, and error correction schemes.
- developing software toolkits and middleware for a wide range of quantum computing applications, including device emulators.
The research will involve both analytical ‘pen and paper’ studies as well as numerical simulations; it is also expected to use prototype cloud quantum computers or work with experimental collaborators to implement the solutions developed in quantum hardware.
This is your opportunity to translate quantum physics into tangible solutions for the world's most pressing challenges. By joining this pursuit, you will be directly shaping the tools that will make quantum computing a transformative force for industry and society.
The project will include funded visits to collaborating groups in Singapore and Greece, as well as leading theoretical and experimental teams in the US, Asia and the EU.
For more reading: Computing electronic correlation energies using linear depth quantum circuits summary