Unconventional computing schemes: physics of computation, chemical computing, bio-molecular computing , cellular automata as models of massively parallel computing, complexity, quantum computing, logics of unconventional computing
Dynamical Systems Models
Hardware: nanoelectronics (SET, SAT, nanoparticles, atomic switch networks, dopant networks, memristors), spintronics (impurities in semiconductors, MTJ, STT, skyrmions, spin-ice), photonics, mechanical systems, biological systems
Software: theory of computation and nature-inspired algorithms
Applications: neuromorphic and in-materia computation, quantum reservoir computation/processing, neuroelectronics, health-care, complex systems time series prediction, music, ….