Electromechanics for Thermodynamics at the Nanoscale - Information as Fuel

Explore a 35-minute research talk that delves into the fascinating intersection of electromechanics and information theory at the nanoscale level. Learn how Dr. Natalia Ares and her research group investigate the fundamental laws of thermodynamics, particularly examining how these laws behave differently when quantum effects become significant and fluctuations cannot be averaged out. Discover the experimental setups that combine traditional thermodynamic elements with quantum systems, providing insights into how information, especially quantum information, plays a crucial role in nanoscale thermodynamics. Through this FQxI-sponsored presentation, understand the theoretical framework being developed to explain and utilize these unique nanoscale behaviors, offering a fresh perspective on the relationship between information theory and thermodynamic principles.