Hydrodynamics physics in strongly correlated systems

Quantum materials: Graphene, Weyl, and topological materials

Quantum-sensing and quantum information technologies

Sponsors & Partners

Graphene-based microwave bolometer. Electrons in graphene has extremely small heat capacity and thermal conductance because of its pseudo-relativistic band structure. It is a promising material for bolometry and calorimetry. We propose to detect a single light quanta using the graphene-based Josephson junction. Sensors with such a ultra-high sensitivity are very useful in creating remote entangled quantum states for quantum information and detecting the cosmic infrared background for radio-astronomy.