Nanobiomimetic Memtransformer Apparatus and an Application in Energy-Sensory Images Thereto

摘要

An electromagnetic MEM-transformer includes arrays of nanometer sized first toroidal made by self-assembling organic polymer conductive membrane on top of the first electrode, a vertical solenoid was inserted in the cavity of the first toroid, made by second nano “donuts” cyclodextrin toroids, in the hollow cavity comprising of different electronegativity functional groups; an organic laminate agent forms a linen lining the first cavity of the arrayed toroids in cross bars that is perpendicular to the first and second toroid and leave nanometer space air gap between them, upon applied a DC voltage or a current cross the first electrode with membrane and the second electrode without a membrane, changing currents flow in the bipolar toroids in electron-relay circular forms provide electromagnetism flux and air gaps exists as dielectric substance providing meminductance to the toroids and the changing memcapacitance is also in a hysteresis wave form with on-off switches. Herein, a method for utilizing the energy transformer device to sense changes of electromagnetic field due to neuronal dysfunction through a random gridding correlative data matrix and convert it to refined spatiotemporal orientations in the Energy-Sensory Images also disclosed.