Objective-Content
Thermodynamic concepts from quantum mechanics perspective: Production of work, heat, and entropy; Quantum heat machines: Otto machine with bi-level atom, quantum batteries; Quantum thermodynamics of information: Landauer principle, Thermodynamics of quantum computer, Thermodynamics of D-Wave computer.
Quota
25
Prerequisites
Mathematics and engineering students who have completed their 3rd year and have taken quantum mechanics and thermodynamics can apply.
Additional Preparation
Basic quantum mechanics, statistical physics, classical thermodynamics, calculus, linear algebra prior knowledge is required.
Fee
Event participants stay in the tent, eat four meals for seven days, basic necessities are 2950 TL including all.
For more information please click on this link.
What Quantum Machines Can Do and What They Can’t : Quantum Thermodynamics
