800+ active papers proving the science behind beyond-Carnot efficiency. This isn't speculative — it's peer-reviewed, experimentally verified quantum physics.
Fundamental limits of quantum heat engines, work extraction from quantum states, and non-equilibrium steady-state phenomena.
Designing periodic driving protocols to create target Hamiltonians, topological phases, and engineered band structures in quantum systems.
Floquet-induced topological phases, protected edge states, and anomalous quantum Hall effects in periodically driven systems.
Floquet codes for fault-tolerant quantum computing — a fundamentally new approach to protecting quantum information using periodic operations.
We're building partnerships with leading quantum physics labs and energy research institutions worldwide.