PhD in Electrical and Computer Engineering - Quantum Science and Technology in Ann Arbor United States | University of Michigan Ann Arbor

Quantum science and technology represents a cutting-edge field focused on creating innovative approaches and devices for information processing and communication, drawing from theoretical computer science, atomic physics, and optical principles. Its real-world importance has significantly increased since 2005, when key components in commercial microprocessors shrank beyond the scale of relevant photon wavelengths, with some transistor elements reaching atomic thickness. These groundbreaking advancements, though not yet widely recognized across the research landscape, suggest transformative shifts in how future computing and communication systems will be engineered. Theoretical studies indicate that quantum algorithms leveraging atomic-level phenomena can surpass traditional algorithms in crucial applications. Our department's investigative efforts in this sphere span multiple disciplines within electrical and computer engineering, alongside computer science. Faculty members and graduate researchers are actively exploring and pushing boundaries in nanotechnology, quantum computation, quantum information theory, as well as secure quantum communication systems.