Reversible Computing is an emerging research area and is a promising technology for the next generation of computers due to low power consumption, high speed requirement. For Designing the circuits in reversible Computing, Development of Tools, HDLs, implementation platform are needed like irreversible computing. Neither implementation platform, nor adequate tools to realize the circuits have b...

We propose a method to apply genetic algorithms to the quantum circuit design. We show by experiments that without any deep knowledge of the problem it is possible to evolve a circuit for the quantum teleportation simpler than ever known. keyword: genetic algorithms, quantum teleportation, quantum computer, quantum computing, quantum circuit.

Co-exploration of neural architectures and hardware design is promising due to its capability simultaneously optimize network accuracy efficiency. However, state-of-the-art architecture search algorithms for the co-exploration are dedicated conventional von-Neumann computing architecture, whose performance heavily limited by well-known memory wall. In this article, we first bring computing-in-m...

The focus of the present project is to develop the fundamentals of quantum circuit modeling. Quantum circuit modeling will enable us to describe the integration of quantum nanodevices into circuits and the simulation of the circuit as a whole for novel applications. These models are essential if one is to anticipate novel computing architectures where molecular devices may function far differen...