The scientist who worked out the theory behind this device outlined a "passivity criterion" which held if the charge-dependent proportionality function was strictly positive. The dynamics of these devices correlate with the dynamics of neural synapses, suggesting neuromorphic applications, and at the nanoscale, these devices exhibit pinched hysteresis loops. The original realization of this device employed two platinum contacts sandwiching a junction between doped and undoped titanium oxide. This device's inventor hypothesized that there should exist a device that related charge to the flux; thus, this device maintains a constant resistance until it is overdriven, at which point the resistance changes, allowing this device to be used as a Boolean logic element. For 10 points, identify this
The scientist who worked out the theory behind this device outlined a "passivity criterion" which held if the charge-dependent proportionality function was strictly positive. The dynamics of these devices correlate with the dynamics of neural synapses, suggesting neuromorphic applications, and at the nanoscale, these devices exhibit pinched hysteresis loops. The original realization of this device employed two platinum contacts sandwiching a junction between doped and undoped titanium oxide. This device's inventor hypothesized that there should exist a device that related charge to the flux; thus, this device maintains a constant resistance until it is overdriven, at which point the resistance changes, allowing this device to be used as a Boolean logic element. For 10 points, identify this basic circuit element invented by Leon Chua, which can be used as a non-volatile memory cell.
The scientist who worked out the theory behind this device outlined a "passivity criterion" which held if the charge-dependent proportionality function was strictly positive.
memristors