A virtual event is held every Friday at 2pm. See our speakers at the Quantum Seminar page. If you are not receiving the seminar announcement emails, request to be added to our mailing list by e-mailing: quantumhelp@ncsu.edu
A virtual event is held every Friday at 2pm. See our speakers at the Quantum Seminar page. If you are not receiving the seminar announcement emails, request to be added to our mailing list by e-mailing: quantumhelp@ncsu.edu
A virtual event is held every Friday at 2pm. See our speakers at the Quantum Seminar page. If you are not receiving the seminar announcement emails, request to be added to our mailing list by e-mailing: quantumhelp@ncsu.edu
Remote Workshop Opportunity: Message Sanskriti on Slack if you are interested Slack Join Link: https://join.slack.com/t/ncsuquantum/shared_invite/zt-2f62udb40-I8q2qWhjNCND9HPCeWofeA
We are so excited to announce that North Carolina State University’s Quantum Computing Club will be hosting a virtual Quantum Challenge Party this Saturday alongside Duke’s Quantum Information Society and UNC’s Quantum Computing Club with guest speaker Jay Gambetta, who is a leading voice in the quantum computing industry. You are invited to join us,…
Please join the NC State Quantum Initiative, representatives from IBM, invited guests and our Quantum Innovation Center members for 2-full days of Quantum discussions at our 4th Annual Symposium. The Symposium will be held in person on June 13 -14, 2024 in the Duke Energy Hall at the James B. Hunt Library on NC State’s…
Our weekly quantum computing seminar series returns Fall 2024. A virtual event is held every Friday at 2pm. See our speakers at the Quantum Seminar page. If you are not receiving the seminar announcement emails, request to be added to our mailing list by e-mailing: quantumhelp@ncsu.edu
Hardware Security and the Future: Why Should You Care? The response to a security flaw typically goes through three phases: first, it is ignored, then it is acknowledged but claimed to never happen in a real-world system, and finally, it is argued to be known all along with defenses underway. Physical side-channel analysis has come…
Abstract The nitrogen–vacancy (NV) quantum defect in diamond is a leading modality for magnetic, electrical, temperature, and pressure sensing with high spatial resolution and wide field-of-view, operating under both ambient and extreme conditions. This quantum sensing technology has diverse applications across the physical and life sciences — from probing magnetic materials and electronic systems to…
Abstract Superposition, entanglement and nonlocality are the hallmarks of the quantum framework. In this talk, we consider the problem of reliable storage of quantum information with qubit rate below its von Neumann entropy with controlled loss. This requires a transformation of the quantum source state into a more entangled reconstruction state with smaller entropy. Inspired…
