The USC researchers’ method, deterministic benchmarking, paves the way toward more reliable quantum simulations and fault-tolerant quantum computing.
USC-led study demonstrates the first quantum scaling advantage for approximate optimization problem-solving using a quantum annealer.
A new USC-developed technique enhances quantum sensing by counteracting the limitation of decoherence, unpredictable behavior caused by environmental noise.
EARTH MONTH: A USC study introduces an electrochemical process that sequesters carbon dioxide to create resilient and fire-resistant materials.
New insights could lead to a deeper understanding of black-hole microstructure in theoretical physics. USC Dornsife’s Nicholas Warner explains.
The USC Annenberg professor discusses the unique behavioral traits of video game players.
USC study reveals the inner core is undergoing structural transformation.
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.
The method is the first of its kind, reclaiming high-value materials from both the carbon fiber fabric and polymer of a material commonly used in manufacturing.
