USC, home of the first operational quantum computer in academia, hosted its second quantum technology forum, bringing together leading experts from industry, academia and government.
Stephen Bradforth was awarded one of eight exclusive grants to explore how quantum information affects chemical reactions and molecular systems.
A startup co-founded by USC Viterbi’s Daniel Lidar, a pioneer in quantum computing, is producing software that’s helping the technology reach its potential.
With one overlooked ingredient, researchers show how to turn a promising quantum system into a universal computer.
The USC researchers’ method, deterministic benchmarking, paves the way toward more reliable quantum simulations and fault-tolerant quantum computing.
A new USC-developed technique enhances quantum sensing by counteracting the limitation of decoherence, unpredictable behavior caused by environmental noise.
USC experts explain the powerful form of computing that’s reshaping our world.
The USC Dornsife professor’s groundbreaking approach to quantum computing has earned recognition in the Airbus-BMW Quantum Computing Challenge.
The forum introduced the university’s vision on how to continue its growth in the field of quantum by focusing on promising research areas and more.
In science fiction, quantum computers have often been touted as “magical” devices. Experts at USC’s Information Sciences Institute are figuring out exactly how the computers will impact real life.
