… control and switch a current through an atomic-scale device by means of an independent gate
… method that allows the controlled and reproducible switching of an atomic-scale quantum …

… A NOT gate can be made of a single atomic switch, with resistors and a capacitor, as shown
in Figure 7(c). V OUT becomes low when the input is high, and it becomes high when the …

… not gate is made of a single atomic switch with resistors and a capacitor, as shown in Fig.
8(c). VOUT becomes low when the input is high, and it becomes high when the input is low. …

… A NOT gate consists of a single atomic switch with resistors and a capacitor, as shown in
figure 19(c). Here, VOUT becomes low when the input is high, and vice versa. This NOT …

… In photonics, the gate-controllable electronic properties of … Here, we demonstrate that
substantial gate-induced persistent switching … The gate-controllable light–matter interaction in the …

… In the operation of the logic gates, the QCAS is used as an on/off bistable switch. The quantized
conductance that the QCAS shows can be also used to make circuits. This conductance …

… gates are a set of basic logic gates to create all kinds of logic … The nonvolatility of atomic
switches has enabled NOT gates … logic gates can be configured by using atomic switches with …

… atomic switch was utilized to configure all basic logic gates, … the AND gate with quantized
conductance atomic switches, which … 1 and 2 are 1, as the AND gate should work. Figure 12(E) …

… (15) Within our model, however, we obtain a theoretical mechanical hysteresis of 12 Å for
the gate-induced single-atom switching presented in Figure 1d. This value is larger than …

… that the switch is in the ‘on’ state with probability if a gate photon is detected, if no gate field
is … The finite without a gate field arises from imperfect atomic-state preparation and readout …