Quantum-dot logic systems based on the binary decision diagram.

我们提出了一种构造量子点逻辑电路的方法，该方法可用于开发具有超低功耗的大型数字系统。这些点电路由使用环绕门结构制造的点阵列组成，并且它们在二进制决策图的基础上执行逻辑运算。设计了基本逻辑门和加法器子系统等采样点电路。通过计算机仿真验证了所设计电路的工作性能。

We proposed a method of constructing quantum-dot logic circuits that can be used to develop large digital systems with ultra-low power consumption. These dot circuits consist of dot arrays fabricated using a wrap-gate structure, and they perform logic operations on the basis of the binary decision diagram. Sample dot circuits such as elementary logic gates and adder subsystems were designed. The operation of the designed circuits was confirmed by computer simulation.