Dr. Kade Head-Marsden will present the seventh Telluride Science Town Talk of the summer on Tuesday, July 22nd. Her presentation, titled \u201cQuantum Computing and Chemistry: Realizing the Promise of Quantum Information,\u201d will begin at 6:30 p.m. at the Telluride Conference Center in Mountain Village. The event is free and open to the public.<\/p>\n
Head-Marsden is a researcher at the University of Minnesota working at the forefront of quantum information science and chemistry. Her work investigates how quantum systems behave in real-world, \u201cnoisy\u201d environments, where interference from heat, light, and other sources often disrupts calculations.<\/p>\n
Her team is working to develop new computing strategies that make quantum research\u00a0more practical and accessible\u2014even with the imperfections of today\u2019s hardware.<\/p>\n
Though incredibly powerful compared to their early models, classical computers still fall short when simulating molecular behavior. For example, predicting how energy moves through molecules or how electrons interact during chemical reactions is nearly impossible with traditional methods.\u00a0<\/p>\n
Quantum computing, by contrast, has the potential to simulate these complex processes far more efficiently. However, quantum systems are delicate, and even the slightest disturbance \u2014 known in the field as \u201cnoise\u201d \u2014 can compromise results.<\/p>\n
In her Town Talk, Head-Marsden will explain how researchers are overcoming these limitations\u00a0and why that work is helping redefine the boundaries of what\u2019s possible in both physics and\u00a0chemistry. She will explore how insights from quantum information science are already\u00a0reshaping chemical research, offering new tools for discovery even before fully functioning\u00a0quantum computers become widely available.<\/p>\n
The potential applications of this work span far beyond theory. From drug discovery to energy\u00a0storage to the design of new materials, the ability to simulate chemical processes more accurately could transform entire industries. Head-Marsden\u2019s team is also exploring whether naturally occurring molecules \u2014 like those found in biological systems \u2014 might one day serve as components in quantum devices themselves.<\/p>\n
Her research points to a new kind of collaboration between classical and quantum tools, where\u00a0even imperfect technology can open the door to meaningful breakthroughs. For those interested in the next wave of scientific discovery, her talk will offer a compelling glimpse into a future shaped by both chemistry and quantum information.<\/p>\n