Archived Events

Title: Crossing the Threshold: Scientific Quantum Advantage on Today’s Quantum Computers

Abstract: Tensor networks have emerged as powerful mathematical and computational tools for understanding quantum many-body systems, simulating quantum computers, and tackling complex problems in classical computing.

Title: Nuclear Spin Quantum Sensing in Chemistry, Biology and Medicine

Title: A Chiral Quantum Interconnect for a Modular Superconducting Quantum Processor

OUR MISSION

This guest lecture is a part of the EEC289L Quantum Information Technologies course.

Speaker: Dr. Stefan Bogdanovic

Topic: Quantum Sensing

The last two decades have seen tremendous progress in the field of integrated photonics, and chip-scale photonic systems can now be found everywhere: from optical communications and sensing, to machine vision and precision measurements.

Abstract: GDSFactory+ is a Python library that serves as a powerful platform for chip design—supporting Photonics, Quantum, and MEMS.

Abstract: Solid-state platforms with quantum emitters are forerunning systems in the development of Quantum Internet.

Title: Quantum Universal Hypothesis Testing

This event is a guest lecture of the EEC 189L Quantum Computing course.

Speaker: Dr. Bonnie Marlow, MITRE

Title: Quantum Sensing

Title: Quantum Sensing at the Atomically Thin Limit