Nanosciences and Nanotechnology

Nanoscale Quantum Sensing, Computing and Communication

Further discussions may cover quantum networks, repeaters, entanglement distribution, and nanophotonic interfaces between stationary qubits and photons. Presentations will consider nanoscale transducers linking spin, photonic, and mechanical degrees of freedom. Researchers will examine simulation advantages for chemistry, materials design, and optimisation problems. Attention will be given to integration with classical control systems, calibration drift, and real-world noise. Emerging hybrid approaches combining superconducting, photonic, and atomic platforms will be reviewed. Workforce development and open testbeds will be encouraged alongside responsible innovation in quantum technologies.