Heat, power, action! From steam engines to quantum computers, thermodynamics drives technology transformation

Presented by Sebastian Deffner, quantum physicist and associate professor of physics.

November 7, 2024, 5 – 6 p.m.

Performing Arts and Humanities Building, Room 132

Doors open at 4:30 p.m., light fare to follow

Free parking available and accessible for people with disabilities; details upon registration

What do steam engines and quantum computers have in common? When each was invented, it was a poorly understood new technology with huge potential to influence the future of humanity. In the 18th century, the steam engine transformed transportation, manufacturing, and society at large forever. Then, in the 1820s, French military engineer Sadi Carnot discovered how steam engines converted heat energy into motion, defining the science behind the invention. In the process, he launched a new field of physics called thermodynamics. Since then, thermodynamics has underpinned technological milestones from the first automobiles to the latest smartphones. Today, thermodynamics is helping us understand emerging quantum technologies and use them to their full potential. Join us for a journey from Carnot’s steam engines to Sebastian Deffner’s quantum thermodynamics laboratory at UMBC, and into the incredible science that makes it all possible.

Learn about some of Dr. Deffner’s related work: