Using quantum simulation to model chemical processes: paving the way for better drug discovery, new materials and breakthroughs we can’t yet imagine.

Quantum simulation uses quantum systems to model natural processes – such as chemical reactions – that are beyond the capabilities of both classical computing methods and ‘traditional’ quantum computing methods.

For quantum simulation, EQUS explored and advanced the use of trapped ions: charged atoms confined in space using electromagnetic fields in vacuum conditions.

Most recently, EQUS used trapped ions to model complex photochemical reactions – a critical step towards realising more advanced quantum simulations.

In the long term, quantum simulation will revolutionise quantum chemistry – transforming drug discovery and enabling control of new processes and engineering of new materials that will create opportunities we cannot yet predict or imagine.