Research
- "It is precisely at times like these that successful institutions seize the moment to define what they value, what they aspire to become, and what investments are needed to realize these aspirations."
  – Dean Lynden Archer
- Priority Research Directions
- Impactful Initiatives
- Priority Research Directions will guide our investments in people, programs, and infrastructure.
  Impactful Initiatives are a subset of these that present particularly promising opportunities.
Education
- "I would found an institution where any person can find instruction in any study." – Ezra Cornell
- - Undergraduate
- - M.Eng.
- - M.S. and Ph.D.
Community
- - - "We foster and sustain a diverse, engaged, and caring environment where all members feel like they belong, are heard, and can flourish." – Cornell Engineering Core Values
- - - Diversity, Equity, and Inclusion
  - - Innovation and Entrepreneurship
Schools & Departments
- - - "The powerful perspective of our work is not only the fact that we are open to crossing the boundaries of disciplines, but that we are all open to learning new areas and communicating with each other."
      – Associate Professor Esteban Gazel
- - - School of Applied and Engineering Physics
      
      Meinig School of Biomedical Engineering
      
      Smith School of Chemical and Biomolecular Engineering
      
      School of Civil and Environmental Engineering
      
      Department of Earth and Atmospheric Sciences
  - - School of Electrical and Computer Engineering
      
      Sibley School of Mechanical and Aerospace Engineering
      
      Department of Materials Science and Engineering
      
      School of Operations Research and Information Engineering
      
      Systems Engineering Program

Home » Research » Quantum Information Science and Technology

Quantum Information Science and Technology

Cornell researchers produce world-leading quantum research and stand ready to catalyze these efforts thanks to a strong culture of cross-college partnerships. Through existing programs, such as the Provost’s Radical Collaboration initiative, Cornell Engineering can advocate for hires with quantum-relevant experience in the realms of data science as well as nanoscale science and microsystems engineering (NEXT Nano) — which have already been identified as strategic areas for investment at the university level.

Cornell Engineering will expand the capacity for its overall performance in quantum information science and technology by linking the potential of theoretical and experimental researchers, investing in new infrastructure to support both the development of quantum materials and materials used for quantum applications, and to further push the limits of discovery.

Priority Research Directions Whitepaper

Duffield Hall in the snow with

Photo by Jason Koski, Cornell University.