Quantum science and the development of new materials for the energy transition and a sustainable society create new possibilities in the ways we address key scientific questions, process, distribute and quantify information. The advances in this field are prime examples of step-change innovations. They also highlight how such epochal innovations come to life through knowledge-driven research. The approaching technological revolution, Quantum 2.0, is on the verge of unlocking the power of counter-intuitive concepts of superposition and entanglement, yet it cannot only rely on current materials and technologies. Advanced materials offer immense opportunities beyond what we rely on today.
The era of novel quantum and advanced materials technologies is upon us, many exciting prospects for the future. There are focused areas of excellence within the University, including some multi-disciplinary initiatives:
- Quantum technologies for fundamental physics
- Quantum information
- Synthetic materials with novel functionalities
- Study and mitigation of existential risks
- Trustworthy design and governance of next generation technology
- ScienceMeetsArts programme
The vision behind QAMSS is to connect Schools & NSIs and identify new areas where Cambridge can have impact and address global challenges. Cambridge will be unique in having such a diverse initiative.