Independent researcher – TechConnect Briefs

The Method of Instant Amplification of the MCG&MEG Signals

Sklyar R., Independent researcher, UA

Simultaneous amplification of the piking up MCG&MEG neurosignals by an on-site magnetic flow has been implemented. Matrix of the sensing micro-nanocoils are distributed under the heart or brain surface with temperature of the body. Magnetic [...]

An EM Transistor Based Brain-Processor Interface

Sklyar R., Independent researcher, UA

The external (non-implantable) brain machine interface which based on the array of solid-state electromagnetic transistors (EMTs) has been advanced. Rejection of environmental noise can be improved by measuring a magnetic field difference by the radial [...]

Pierced Sensor for Nano-Microscope

Sklyar R., Independent researcher, UA

For nonzero drain voltages the superconducting field-effect transistor (SuFET) absorbs low- frequency power of the average Josphson current and re-emits this power at extremely high frequencies. The feasibility of the transistor function on a yarn-like [...]

CNT and Organic FETs Based Two-Way Transducing of the Neurosignals

Sklyar R., Independent researcher, UA

A superconducting field-effect transistor (SuFET) based neurotransducer (sensor) with carbon nanotubes (CNT) or pickup coil kind of input circuit for the nerve and neuron impulse has been designed. Electronic or ionic currents in conductors or [...]