In fact, based on the data collected by Zero, humans have indeed researched ternary computers before.
As early as the 1960s, our big brother, who strived and fought against all odds, had already developed a ternary computer named Setun.
This ternary computer utilizes three expressions: 1, 0, and -1, which correspond to high, zero, and low voltage levels. It has one more digit compared to the binary computers we are familiar with today.
From a modern perspective, ternary computers are more suitable for artificial intelligence, because they can exist in three states: yes, no, and unknown.
Ternary computers are more suited for AI research.
However, compared to ternary computers, binary systems are easier to implement, have better voltage noise margins, and were more stable back then.
Online information only provides fragmented details about ternary computers, and the manufacturing technology has been lost in the midst of conflict.
