To learn more and to RSVP to attend visit our event page.
Home
Our Science Drives Revolution in Sensors, Computing, & Communications
The emergence of quantum information science and engineering (QISE) rests on fundamental breakthroughs in our ability to understand and control the flow of quantum information, or more formally, quantum entanglement. This control and potential for simultaneous sampling and processing of information is driving a revolution in sensors, communications, and computing.
Advancing Quantum Leadership at Ohio State
The Center for Quantum Information Science and Engineering initiative aims to establish Ohio State as a leading force in quantum technology through three core pillars: research excellence, educational innovation, and community impact.
Publication Highlight:Towards dislocation-driven quantum interconnects
This article compares 15 quantum vendors’ progress toward fault tolerance and error correction, assessing their ability to achieve scalable, reliable qubits. It concludes that despite advances, the field remains early and fragmented, with major challenges still ahead. Source: npj Computational Materials
Our Faculty
Our quantum science experts in physics, engineering, and computer science drive research innovation and curriculum development at Ohio State. They're advancing quantum information science and engineering across disciplines through collaborations with academic and industry partners.
Interested in joining us?
We welcome Ohio State faculty, students, staff, and external researchers passionate about quantum information science to become center members. Interested industry partners are invited to join the Ohio Quantum Consortium.