Professor Paola Cappellaro
Assistant Professor, Nuclear Science & Engineering, MIT
Quantum control of radiation-matter interactions at the nano-scale could yield significant improvements in fields ranging from atomic physics to magnetic resonance and chemistry. Although small quantum systems can be manipulated with high precision, there is still no clear path to build scalable quantum devices. We address this challenge with a bottom-up approach, where small quantum registers are assembled in a larger modular architecture.
In this talk Professor Cappellaro will focus on a key element of this proposal, quantum spin wires that connect the registers and transmit information among them.
Full abstract & related readings (pdf)
About Paola Cappellaro
