wireless optogenetic computer software platform for untethered neural control in animals; ultra-miniaturized wireless neural implant devices comprised primarily of magnetic loop antennas, rectifiers, indicator light emitting diodes (LEDs); flexible near-field wireless optoelectronics for subdermal implants, namely, magnetic loop antennas, rectifiers, indicator LEDs; ultrathin, flexible optofluidic neural probes that enable wireless delivery of agents and optical manipulation in deep brain tissue of freely behaving animals, for research use and not for medical use; optogenetic research system, namely, implants for animals, comprised primarily of magnetic loop antennas, rectifiers, indicator LEDs, power distribution control box, antenna tuner box being antenna tuners, signal splitter for electronic apparatus, and downloadable software to adjust frequency and pulse duration, and to apply burst mode; ultrathin, flexible optofluidic neural probes that enable wireless delivery of agents and optical manipulation in deep brain tissue of freely behaving animals, for medical purposes
