Welcome to the Quantum-Steampunk Laboratory

Theoretical physicist Nicole Yunger Halpern is bridging the gap between quantum mechanics and classical thermodynamics through a framework she calls quantum steampunk. This concept draws from the science fiction subgenre that blends Victorian aesthetics with futuristic technology. Yunger Halpern uses these historical analogies to explain complex energy flows and quantum information, making abstract physics more accessible to the public.

At the University of Maryland, Yunger Halpern leads a research group that treats quantum thermodynamics as a practical field. By utilizing tools from quantum information science, she and her colleagues examine how small quantum systems behave like engines. Her work involves modeling molecules, such as photoisomers, to understand the bounds of energy transformation. This approach moves beyond traditional physics experiments, focusing on the flow of information as a measurable resource.

Beyond the laboratory, Yunger Halpern incorporates storytelling into her work. She co-teaches a creative writing course that challenges students to build narratives set in the 19th century while incorporating real quantum physics concepts. By forcing students to integrate features like entanglement into steampunk narratives, she encourages a deeper engagement with the technical subject matter.

The ultimate goal of this research is to develop autonomous quantum machines. While existing designs for quantum batteries, clocks, and refrigerators often require excessive energy input for little output, Yunger Halpern aims to create devices that function independently. Her program at the Joint Center for Quantum Information and Computer Science continues to test these theoretical models in experimental setups. This work pushes the boundaries of how we define and build machines at the quantum scale.