Nano-biomimetic MEMS-transformer devices of making and an application in energy-sensory images thereto

An electromagnetic mems-transformer comprises;

• (a) a first electrode with a first and a second array of a nanometer sized first toroid made by a self-assembling organic cross-linked copolymer conductive membrane;
• (b) a vertical solenoid inserted in a cavity of the first toroid made by a second type of toroid forming the second array with nano donut shaped cyclodextrin (CD), in the hollow cavity of the CDs contains different electronegativity functional groups that mimics the function of acetylcholinesterase (ACHE) and also mimics its cylindrical gorge;
• (c) an organic laminate agent o-nitrophenyl acetate (o-NPA) forms a linen forming cross-bars in the first cavities of the arrayed toroids that is perpendicular to the first and second toroid and leave nanometer space air gap between them;
• (d) injecting a sample fluid into the mems-transformer, that comprises a first and a second array toroid, upon applying a DC potential across two electrodes in a fluid medium for initiation of the mems-transformer, changing current flows in the bipolar toroids in an electron-relay circular form until reached to a s-s state at a nano-ampere level;
• when held a nano-ampere current for conducting spontaneous discharge pulses at a fixed data rate and time, the current induced an electromagnetic flux change with orders of magnitude higher output voltage produced compared with the initiation potential;
• upon scanning a potential at a defined potential range across the electrodes at a fixed scan rate, hysteresis i-V curves were promoted for memory function based on an embedded on-off switch.