Quantum information and nanotechnology

» Connecting quantum theory with gravity

» Investigating quantum aspects of photonics, optical information processing, superconducting devices, circuit cavity electrodynamics, and fault-tolerant computation

» Exploring nanomaterials critical to novel nanometre-sized devices such as field-effect transistors, self-assembled drug delivery systems, energy storage/generation materials, and molecular recognition elements

» Creating nano-sized sensors to monitor and regulate engine combustion temperature

» Using nanotechnology to address issues such as watershed management, climate change, emerging contaminants, and water treatment

Learn more about Defining the future: quantum information and nanotechnology.