The Center for Quantum Computing and Information Technologies (QCiT) is CMU's flagship quantum computing center and unites an industry consortium, government labs, faculty, and students to apply quantum computing to solve problems classical systems cannot. The center will investigate algorithms for materials simulations, drug discovery, industrial optimization, and quantum machine learning. It will focus on secure communications, interconnecting networks for distributed quantum processors, and sensor networks. Additionally, it aims to develop models and algorithms that bridge quantum hardware and programming. This effort builds on a grassroots Carnegie Mellon faculty group now united to focus on industry-relevant quantum research.
Founded in 2012 with support from the University of Pittsburgh's Dietrich School, the Pittsburgh Quantum Institute (PQI) aims to unify and promote quantum science and engineering in Pittsburgh. PQI, with over 100 faculty from various disciplines across Pitt, CMU, and Duquesne University, organizes research seminars, discussions, and public lectures, and hosts a signature event with plenary speakers
The Quantum Technologies Group at the Tepper School, driven by applications in supply chain, finance, technology, and healthcare, aims to make quantum computing a practical industrial service, design effective quantum communication networks, and develop quantum-inspired hardware.
Quantum Computing-Related Courses at CMU
Note: This list may be subject to change.
Other CMU-related Learning Resources:
Dr. Tayur’s lectures and blogs offer an excellent high-level overview of quantum computing and its applications. This site also features extensive research from the Quantum Technology Group, covering a wide range of quantum computing sectors.
Dr. O'Donnell's YouTube channel features hundreds of high-quality videos that rigorously explore the theory behind quantum computing and other mathematical and theoretical computer science topics.
Other Great Online Learning Resources
Book Recommendations (if you are old-school)
Anything else can probably be found here: qosf, medium, awesome-quantum
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