A Quantum Leap Forward

Quantum science, which explores how matter and energy behave at the atomic and subatomic levels, serves as the foundation for most of the modern technologies we use today.

Understanding these tiniest of particles has led to colossal scientific advances. And further innovations in the field could revolutionize computing, medicine, materials science and more, with potential impacts on everything from national security to economic competitiveness.

A longtime leader in groundbreaking technological research, the University at Buffalo is now launching the UB Quantum Institute to accelerate progress in this scientific sphere and address some of our most pressing societal challenges.

The new institute, which will receive an initial $1 million investment from the university, will leverage UB’s longstanding expertise in areas such as computation, nanofabrication and advanced instrumentation and build upon the university’s international reputation for research that advances semiconductors, sensing and imaging, cybersecurity, optics and other fields.

In addition to strengthening UB’s existing quantum-related research centers and labs, such as the Center for Advanced Semiconductor Technologies and the Center of Excellence in Materials Informatics, the institute will create a new leading-edge hub of innovation and education by uniting scholars across physics, engineering, materials science, computer science, chemistry and other disciplines, and engaging with industry and government partners.

“By connecting quantum science, engineering and artificial intelligence,” said Venu Govindaraju, senior vice president for research, innovation and economic development, “we are preparing UB to solve the world’s most complex problems and drive economic growth for New York and beyond.”

Research related to quantum science already underway at UB includes an investigation into quantum computer design using one superconductor rather than two, which could lead to simpler, more flexible quantum devices, and the development of computer chips inspired by the ultra-efficient human brain, which could help mitigate the growing energy demands of AI.

These current projects and future quantum science research stand to benefit significantly from the establishment of the institute.

And according to interim director Sambandamurthy Ganapathy, professor of physics and associate dean for research in the College of Arts and Sciences, innovations borne out of the center will spur advances likely to reach far beyond the university.

“The new Quantum Institute will serve as a catalyst for the second quantum revolution,” he said.