本文提出,由两个准全反射介面构成的非线性光学耦合腔,能完成常规的各种布尔逻辑运算,甚至一个耦合腔就能实现一个光学全加器。这种耦合腔本质上是一个多端止器件,可以实现多值逻辑。在余数算法中,易于实现并行处理中的串行联接,减少了逻辑元数。能用光学方法对信号进行放大,并具有潜在的低光能下操作及便于集成等优点。 This paper proposes that a nonlinear optical coupling cavity consisting of two quasi-total reflection interfaces can perform various conventional Boolean operations, and even an optical coupling cavity can realize an optical full adder. This coupling cavity is essentially a multi-terminal device that implements multi-valued logic. In the remainder algorithm, serial connections in parallel processing are easy to implement, reducing the number of logical elements. The optical method can be used to amplify the signal and have the potential to operate under low light energy and ease of integration.