Nanoscale Thermal Transfer – An Invitation to Fluctuation Electrodynamics

An Invitation to Play

Parity games and their subclasses and variants pop up in various contexts: μ-calculus, tree automata, program verification [3, 1, 8]. Such games provide only binary information indicating the winning player. However, in classical games theory [12] the emphasis is rather on how much we win or lose. Can we incorporate the information about the profits and losses into parity games?

An Invitation to Topology

An Invitation to

* The author is an Associate Professor of Accounting on the faculty of the Tepper School of Business of Carnegie Mellon University, Pittsburgh, Pennsylvania, USA. The essay is written based on a few lectures on accounting theory given at various universities. The author thanks the audience at these lectures. In preparing the written manuscript, comments by Xijia Su of City University of Hong Ko...

An Invitation to Imitation

J. Andrew Bagnell March 15, 2015 J. A. Bagnell is an associate professor at the Robotics Institute and Machine Learning Department at Carnegie Mellon University. Imitation learning is the study of algorithms that attempt to improve performance by mimicking a teacher’s decisions and behaviors. Such techniques promise to enable effective “programming by demonstration” to automate tasks, such as d...

Nanoscale heat transfer and thermal-electric energy conversion

Experimental and theoretical studies in recent years have shown that heat transfer in nanostructures differs significantly from in macrostructures. This paper summarizes some of the past experimental and modeling work and our current understanding of the heat conduction mechanisms in nanostructures. Applications of the nanoscale heat conduction phenomena in energy conversion and photothermal sp...