John Nichol
Associate Professor, Physics & Astronomy, School of Arts & Sciences
$500,000 over two years
Center for Coherence and Quantum Science (CCQS)
It’s science at the scale of weird with the hope of changing the world.
Discovering the Next Generation of Quantum Systems
The Center for Coherence and Quantum Science (CCQS) tackles one of the greatest challenges of quantum research: designing robust light-matter interfaces that power next-generation quantum systems. Drawing on Rochester’s excellence in coherence science, CCQS aims to build the foundational “circuit boards” for scalable quantum computing and communication.
Focus Areas
Research and initiatives at CCQS focus on:
- Innovating with qudits—multi-state quantum units that transcend traditional binary qubits, enhancing computational power and resilience
- Pioneering light–matter interconnects to transmit quantum information, essential for linking quantum processors and enabling large-scale networks
- Engineering real-world quantum devices that maintain coherence outside carefully controlled lab environments
Why It Matters
Quantum technologies promise leaps in computing, communications, and material science—yet realizing them requires a profound control over coherence, connectivity, and durability. CCQS confronts this head-on by inventing new quantum technology that could enable ultra-secure quantum networks, powerful quantum simulations, and radically faster quantum computation—laying groundwork for transformative technologies.
Furthering our Legacy in Quantum Science
Impact
By exploring quantum superposition, coherence, and optical engineering, CCQS stands to:
- Strengthen Rochester’s global leadership in quantum science
- Host the prestigious Rochester Conference on Coherence and Quantum Science, showcasing the center’s advances and expanding its visibility
CCQS has set their own goals as well, as they aspire to be responsible for the circuit boards for future quantum computers. This would not only cement the University’s status as a leader of quantum research, but also lead to real-world patents, start-ups, and industry collaborations.
Leads
CCQS is home to a team of investigators across physics, chemistry, optics, and biophysics, lead by John Nichol and Nick Vamivakas.
Nick Vamivakas
Marie C. Wilson and Joseph C. Wilson Professor of Optical Physics, Hajim School of Engineering & Applied Sciences; Professor of Physics, School of Arts & Sciences
Ever Wonder
What is quantum?
Quantum computing has the potential to revolutionize our society, performing calculations millions of times faster than any computer that exists today. To understand if quantum computing is possible, and how it all works, you first need to understand what quantum physics is.
Hear from John Nichol, associate professor in the Department of Physics and Astronomy and co-lead of the Center for Coherence and Quantum Science.
Connect with Us
Interesting in collaborating? Have a question about an upcoming seminar or workshop? Send us an email to get started.