•  Design of single, two state and multi-state memristors
  •  Fabrication of single, two state and multi-state memristors on the basis of metal-nitride and metal-oxide nanostacks, magnetic metal-oxide nanocomposites, polyaniline
  •  Theoretical models and simulation of single, two state and multi-state memristors and related quantum phenomena
  •  Calibrated theoretical models and simulations for single, two state and multi-state memristors
  •  Modeling and design of neuromorphic networks and systems (including crossbar-based architecture) on the basis of designed memristors
  •  Modeling and design of two state memristor that implement qubits. Circuits for memristive quantum computing on the basis of designed memristors
  •  Fabrication of memristor devices and arrays, emulators of memristive neural networks and memristor-based circuits
  •  Development of technical recommendations for novel neuromorphic and quantum computing systems with application-specific properties
  •  Experimental investigation of structural, physical and chemical of the fabricated memristive materials
  •  Investigation of electrical properties and structure of the fabricated memristor devices and arrays
  •  Experimental investigation of emulators of memristive neural networks and memristor-based circuits
  •  Design of crossbar-like architectures that implement quantum gates
  •  Simulation of memristive qubit evolution under the action of the quantum gates (crossbar-like memristive circuits)
  •  Execution of elementary quantum algorithms using memritive qubits and crossbar-like quantum gates
  •  Execution of Neuromorphic computing using memristive neural networks
  •  Planning: organise kick-off meeting, structure of efficient executing
  •  Dissemination activities: Website and Social media presentation, conference participation, journal publications
  •  Two Workshops on Nanoelectronic Memristive Devices for Quantum and Neuromorphic Computing
  •  Implementation: Administrative and financial activities coordination, risk management, and conflicts resolution
  •  Analysis and Design: Evaluation of tasks, deliverables, and risk assessment
  •  Support: Coordinating timing and budget