Did you know that heat can exhibit interference (like the double-slit experiment) at room temperature? This paradigm shift opens a door that has remained closed for centuries: the ability to steer, switch, and rectify heat currents. The Nanotrib (ICMM-CSIC) and Prof. Cuevas (UAM) are hiring 3 PhD students to lay the theoretical foundations of Phononic Computing. You will develop the blueprints for thermal logic devices and work hand-in-hand with world leading experimental groups to validate your predictions in real-time. Beyond the physics, this work targets a critical technological bottleneck: heat management in modern computing (responsible for ~40% of global CO2 emissions). To tackle this, you will have exclusive access to our “Rocinante” supercomputer, but our most important asset is our vibrant atmosphere. You will join a select group of young researchers where spontaneous discussions drive progress. We prioritize conceptual breakthroughs, ensuring your work stands out. With a dedicated travel budget and funded research stays abroad, we provide the platform to launch your career and form a network of collaborations with top-tier research centers (Cambridge, EPFL, ICTP, Boulder, … ) Curious? Read the full scientific challenge: https://nanotrib.com/job-openings
