This informal presentation will be an introduction to the subject of quantum
computing and its various implementations. This is a highly multidisciplinary
subject, drawing from many aspects of physics, mathematics, computer science,
and engineering. However, much of quantum computing can be comprehended simply on
the basis of linear algebra. Quantum computing offers the possibility of quickly computing
answers to larger problems than are currently
feasible. Questions such as these will be addressed in the talk:
About the speaker. Dr. Mark W. Coffey is a physics professor at the Colorado School of Mines who
performs research in both mathematics and physics, including quantum computing. He
has given
numerous talks to a variety of audiences on engineering, science, and mathematical
subjects. He
teaches selected topics in physical science, mathematics, and engineering. He holds
two doctorates, one
in mathematics from New York University, and the other in theoretical physics from
Iowa State University.
He has also been a Fulbright Specialist scholar who has given multiple presentations
abroad.
He believes in connecting with community and communicating recent (and not so recent!)
scientific advances.