President of TEDxUWMadison Melina Zaraboulas led the way in organizing four speakers for the University of Wisconsin’s first TEDxUWMadison talk since 2020. On Nov. 6, students and faculty gathered at Tripp Commons to listen to Sharon Li, Martin Lichtman, Patrick McDaniel and Lori Mazor — all experts in AI.
The University of Wisconsin had not hosted a TEDx event since 2020. While the 2020 talks revolved around life after the COVID-19 pandemic, this year’s talks shone a light on the endless possibilities that await due to new advancements in AI.
Sharon Li is now Assistant Professor of Computer Sciences at UW, following the completion of her Ph.D. and postdoctorate at Cornell and Stanford, respectively. Li’s research investigates the algorithmic and theoretical foundations of safety when using AI in the open world, according to TEDxUWMadison.
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Li’s talk revolved around the research she conducts at UW focusing on achieving safety and practicality in AI when unexpected situations arise. She highlighted the egregious errors AI is capable of without proper preparation.
“Our ideal scenario is one where the AI system can recognize such unfamiliar situations and flag them for human intervention. It’s the key to ensuring safety and trust in the age of AI,” Li said during her talk.
Quantum mechanic Martin Lichtman focuses his research on quantum computing, according to TEDxUWMadison. Lichtman completed his doctorate at UW and followed it with post-doctoral research at the Joint Quantum Institute. Lichtman takes properties from the physical world and utilizes complex reality to solve complex problems.
In Lichtman’s talk, he explained the principles of quantum computing and how it enables a higher level of computing. Lichtman raved about examples of advanced computing, such as quantum simulation for solving complex problems in fields like chemistry and materials science. He embraces the importance of understanding what he calls “quantum perspective.”
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“Is the math hard? Some of it, yes, but I’ll let you in on a little secret about quantum computing — it is the easiest possible subset of quantum mechanics, and that’s by design. We take a complicated natural system and engineer it down to just two energy levels so we don’t have to include all the rest in our calculations,” Lichtman said during his talk.
UW Tsun-Ming Shih Professor of Computer Sciences Patrick McDaniel’s extensive background includes serving as the program manager and lead scientist for the Army Research Laboratory’s Cyber-Security Collaborative Research Alliance for five years, according to TEDxUWMadison. His research spans computer and network security to technical public policy.
McDaniel provided a different perspective on AI in his talk by posing two key questions — whether adversaries can use AI and whether adversaries can exploit AI. He illustrated the functionality of AI while bringing to attention the challenges and vulnerabilities of AI.
“The uses [of AI] will be compelling and may solve things like hunger and disease and foster a renaissance in all areas of human endeavor. However, we need to think about when and how we use AI. We need to understand AI’s weaknesses, vulnerabilities and potential failures, as well as develop norms, public policy, and law to protect people and society,” McDaniel said in his talk.
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Lori Mazor illuminated yet another route of AI challenges and opportunities with her experience as founder and CEO of Synthetivity, a consulting firm that teaches about Generative Artificial Intelligence. Synthetivity pioneered an intersection between AI and creativity. According to TEDxUWMadison, Mazor has an extensive background in business and architecture which has enabled an effective production of Generative AI.
Mazor’s talk took a humanitarian approach. She expressed the importance of understanding what AI can teach society about humanity. She used an analogy of temperature to illustrate how AI can operate in different environments or conditions and under different motivations.
“In computers, temperature has two polarities — cold is precise, hot is random. Algorithms act as a thermostat, dialing the operating temperature,” Mazor said in her talk.
UW has been hosting TEDxUWMadison talks since 2012 and is proud to have hosted the first talk post-pandemic. Past talks can be found on the TEDxUWMadison website.
Wanda Parisien is a computing expert who navigates the vast landscape of hardware and software. With a focus on computer technology, software development, and industry trends, Wanda delivers informative content, tutorials, and analyses to keep readers updated on the latest in the world of computing.
