Quantum information and mathematical foundations
Research connects quantum topology and algebra with quantum computation, entangled matter and quantum error correction.
Explore quantum research across physics, materials, engineering, chemistry, computer science and mathematics at UC Santa Barbara. Meet the researchers, discover shared resources and training programs, and learn about faculty opportunities.
Applications are now open for three tenure-track assistant professor positions in physics, mathematics, and chemistry and biochemistry, part of the first phase of UCSB’s strategic quantum cluster hire.
View open positions and apply at UCSB ScienceQuantum research explores the behavior of matter and light, and how that behavior can enable new materials, measurements and computation. These connected areas offer starting points for exploring UCSB’s research community.
Research connects quantum topology and algebra with quantum computation, entangled matter and quantum error correction.
UCSB researchers use precise control of atoms, ions and molecules to investigate quantum information, molecular spectroscopy and the behavior of many-body systems.
Researchers investigate the synthesis, electronic structure and collective behavior of quantum materials through experimental characterization and theoretical approaches.
Work on solid-state spins, light and mechanical motion connects quantum sensing with nanophotonic devices for quantum communication and computing.
UCSB research spans superconducting quantum devices, quantum control, algorithms and error correction, linking hardware development with approaches to scaling quantum computers.
Considering a faculty role? Explore the open quantum faculty positions and their research connections.
Explore faculty profiles and laboratories across UCSB Science and Engineering. The research themes above connect selected researchers with their scientific interests; the directory below provides more routes into the community.
Explore the shared facilities and research support that connect these disciplines.
Explore fabrication, characterization, measurement and computing resources. Each facility’s website provides its current capabilities, contacts and user requirements.
The UCSB Nanofab supports device fabrication with shared tools and technical services. Its user information covers services, access and rates.
The Quantum Structures Facility supports quantum materials and devices with crystal growth, diamond processing and low-temperature measurement capabilities.
Explore shared instrumentation for materials characterization and chemical analysis, including microscopy, spectroscopy, NMR, mass spectrometry and X-ray measurements.
Find campus computing resources and technical support for computational research through UCSB Research Computing and Data and the Center for Scientific Computing.
Find a route that matches your stage of study or research, from early exposure to quantum science to graduate and postdoctoral training.
Begin with the UCSB graduate program that matches your research interests. Departmental programs provide degree requirements, admissions criteria and application deadlines.
Explore interdisciplinary laboratory training, seminars and professional development. Check each program for participation and eligibility information.
Explore summer research and educational experiences through the Quantum Foundry. Its program pages provide eligibility requirements, application information and current dates.
Find activities and educational resources that introduce school students to quantum science through the Quantum Foundry’s outreach programs.
Explore the programs that connect quantum researchers, students and collaborators across UCSB and partner institutions.
Research in quantum materials and interfaces, with workforce training and industry engagement.
Interdisciplinary quantum research and education, including research support and student programs.
An interdisciplinary graduate training program connecting quantum science, engineering and workforce preparation.
A multi-institution collaboration addressing fundamental challenges in quantum computation, with UCSB as a core research partner.
Collaborative research programs and scientific exchange across theoretical physics.
The $37.5 million, five-year renewal supports the multi-institution institute, with UCSB as a core research partner.
The award supports curiosity-driven research using ultracold atoms to explore quantum behavior.
The funding supports eight seed research projects, along with graduate and undergraduate student programs.
Quantum research connects universities, industry and public research funding. UCSB’s connections include quantum materials collaborations, workforce programs and research relationships with companies.
The Quantum Foundry brings researchers and industry together around quantum materials and workforce development. A recent University of California overview describes UCSB’s connections with Google and Microsoft.
The National Science Foundation supports collaborative quantum research and training through programs including the Quantum Foundry and the Challenge Institute for Quantum Computation.
Public recruitment information and new resource links reviewed .