A virtual presentation examining the challenges and future of quantum computing is scheduled for May 21.
The Princeton ACM / IEEE Computer Society will host a joint meeting titled “A Deep-Physical Look at Quantum Computing” on Thursday, May 21, at 8 p.m. in an online-only format.
The presentation by computer scientist Terry Bollinger will examine why practical quantum computing remains difficult decades after early theories suggested it could quickly undermine traditional cryptography systems using relatively small numbers of qubits.
According to event materials, the talk will explore differing interpretations of quantum physics associated with physicists Richard Feynman and Hugh Everett and how those theories continue to influence modern quantum computing research.
Event materials state that Bollinger will also discuss the current status of quantum computing research, possible ways of broadening Feynman’s approach, and whether room-temperature quantum computing could help explain how biological systems process information efficiently while using relatively little energy.
Quantum computing has drawn increasing attention from governments, universities, and technology companies because of its potential to solve highly complex computational problems much faster than conventional computers. Researchers have explored possible applications in cryptography, pharmaceutical development, logistics, artificial intelligence, and materials science, although large-scale practical systems remain difficult to build because quantum states are extremely fragile and difficult to maintain.
Bollinger received bachelor’s and master’s degrees in computer science from the Missouri University of Science and Technology and later received a professional degree from the university recognizing lifetime accomplishments. He has worked in artificial intelligence, robotics, cybersecurity, and emerging technology assessment for decades.
According to biographical information, Bollinger previously served as chief technology analyst for the Defense Venture Catalyst Initiative, a U.S. Department of Defense program created after the Sept. 11 attacks to help identify emerging commercial technologies relevant to national defense. His work has included evaluating developments in robotics, artificial intelligence, cybersecurity, and advanced computing.
Bollinger is also known for a 2003 report examining the use of free and open-source software within the Department of Defense, which later influenced federal policy regarding open-source software systems.
Event materials note that Bollinger helped support research and funding efforts involving artificial intelligence and robotics while also identifying emerging private-sector technology companies. The materials state that he supported early work involving AI researcher Yann LeCun and cybersecurity firm FireEye during their early development stages.
The meeting is open to the public, including students and parents.
Information on obtaining the Zoom link is available at princetonacm.acm.org, meetup.com, or manclswx.com/acmzoom.html.
