An R&D in area advanced real-time quantum-analog-digital Neurointerfaces for medical clinical and neuroscience research applications

An R&D in area advanced concepts and architectures of low noise quantum sensors and mixed quantum-analog-digital signals processing and Microservices Network Interface Controller (μNIC) IO API Gateway for System-on-Chip quantum sensors signals processing applications

Developed innovative real-time quantum-analog-digital architecture and high performance hardware and firmware for the new generation medical brain neuro-imaging Quantum sensors MEG system, Synthetic Aperture 304 channels SQUIDs magnetometer, designed and VHDL implemented embedded Real-Time Operating System for high reliability and low latency; Communication, command, synchronization and DSP application processors based on Xilinx FPGA/VHDL; Implemented and verified of new generation MEG/EEG 450 channels real-time brain neuro-imaging system for neuroscience and biomedical applications. Using tools: Xilinx Vivado, ISE, Matlab, MS Visual Studio, Visio.

Worked on the Quantum Computation R&D project of the world's first commercial high performance Quantum Computer• Designed sensor-analog-digital electronics with FPGA, developed and integrated systems for testing and analysis and a temperature and magnetic field control of a magnetic-condition 3D system• Developed and tested of a data acquisition applications for temperature and magnetic field controlMain achievement: The computer controlled 3D magnetic-shielding system based on superconductors for the adiabatic quantum-bit processor. The system suppresses the Earth’s magnetic field in 100,000 times. Acquired two US patents.

• Worked on the Quantum Computation R&D project of the 4 Qubits Quantum Processor• Developed quantum-analog-digital electronics with FPGA for a control and measurement system to readout, test and measure states of Quantum-Bits based on rf-SQUIDs• R&D of Qubits IO Interface

• Worked on the Qubits Sensors IO Interfaces R&D projects based on low-Tc and high-Tc SQUIDs• Quantum sensors Magnitocardiometer Medical Cardio Diagnostic System for Moscow Cardiology Center• Worked on the Quantum Sensors R&D project to develop high-Tc SQUID Magnitocardiometer• Designed low noise amplifiers for Quantum Sensors and quantum-analog-digital read-out and control electronics• Worked on an R&D projects to develop the Feedback Control System by using IO API Gateway for very huge machines as an UNK and the European Organization for Nuclear Research, CERN, Geneva, Switzerland🇨🇭LHC interferometer, Quantum Singularity Experiment • Designed, modeled (MathCAD) and implemented algorithms for DSP TMS320• Designed mixed signal electronics with FPGA/VHDL for measurement and control systems• Developed software for measurement, testing and control systems by applied RUP methodology using C/C++, CASE toolsMain achievement: Five referred publications and JINR Scientific Award.