Radial Transistor - 2D Potentiometer - Concept.

Feed a certain known voltage to the central flat capacitor area of the transistor, and have several different, yet known distances from the core, several thicknesses or resistances, before connection with the drain occurs.The red spokes represent a voltage carrier, the blue spokes represent the multiple drains, depending on which jump occurs. A logic gate based on resistance could be made as well, using different resistances through use of clever topology, that either can or can not drain at a specified voltage.

If we in turn tiled the radial transistor tiles, we could get a current flow going locked to a specific real world orientation, E.g. move a specific voltage left to right, or diagonally across the entire transistor plane. All following logic, the path of least resistance, if it can. Radial Transistor - 2D Potentiometer - Concept.

Feed a certain known voltage to the central flat capacitor area of the transistor, and have several different, yet known distances from the core, several thicknesses or resistances, before connection with the drain occurs.

The red spokes represent a voltage carrier, the blue spokes represent the multiple drains, depending on which jump occurs. A logic gate based on resistance could be made as well, using different resistances through use of clever topology, that either can or can not drain at a specified voltage.

If we in turn tiled the radial transistor tiles, we could get a current flow going locked to a specific real world orientation, E.g. move a specific voltage left to right, or diagonally across the entire transistor plane. All following logic, the path of least resistance, if it can. The Hexagonal shape lends itself exceptionally well for tiling, even at the smallest possible scales, these tiles can be closest to each other to populate a specific surface area as dense as possible with them, all repeating yet locally functioning in a 2D lattice. A highly efficient way to fill and use, a 2D, flat area of space, electrically speaking.

Thank you for reading, pleaseleave a like and or follow my account for more.

Have a great day out there.