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Optimizing Classical Hardware for Superconducting… duration 2 minutes 59 seconds Optimizing Classical Hardware for Superconducting… Optimizing Classical Hardware for Superconducting Qubit Control, Elizabeth Medina, UG '24 (AAFC1283)	Optimizing Classical Hardware for Superconducting Qubit Control, Elizabeth Medina, UG '24 (AAFC1283) Quantum computers have the potential to provide improvements in a variety of areas, including drug development, artificial intelligence, and finance. These computers use quantum mechanics to perform… prd24 qubit switch quantum setup amplifier computers cubit overlap pulse hardware experiments error control frequency radio measurement amplifiers light cubits bits From Research Princeton Research Day 3 likes 35 plays Date May 3rd, 2024 Speaker Elizabeth Medina, UG '24 (AAFC1283) Department Electrical and Computer Engineering
OURSIP Intern - Inci Karaaslan duration 14 minutes 15 seconds OURSIP Intern - Inci Karaaslan OURSIP Intern - Inci Karaaslan	OURSIP Intern - Inci Karaaslan Cross-Entropy-Style Benchmarking of a 13 ns Perfect Entangler cubits fidelity quantum error qubit computer gate gates computers bit experiment google cycle crosstalk types energy cubit superconducting entropy methods From our Undergraduate Research 1 likes 71 plays Date July 27th, 2021 Speaker Inci Karaaslan Department Department of Electrical Engineering

Optimizing Classical Hardware for Superconducting…

duration 2 minutes 59 seconds

Optimizing Classical Hardware for Superconducting…

Optimizing Classical Hardware for Superconducting Qubit Control, Elizabeth Medina, UG '24 (AAFC1283)

Quantum computers have the potential to provide improvements in a variety of areas, including drug development, artificial intelligence, and finance. These computers use quantum mechanics to perform…