ABSTRACT
This chapter illustrates new nano-processor named ternary DNA-quantum nano-processor. However, now it is possible to implement a ternary DNA RAM in this nano-processor, applying the earlier logic of ternary DNA computing. DNA T-cash memory has been used to store DNA bit sequences for short times until an instruction is completed in the ternary quantum CPU that is already sent to the ternary quantum nano-processor. The working procedure of DNA ternary cache memory, NMR relaxation, NMR, and quantum ternary cache memory are described in detail already. Two address lines are needed for simulating ternary 2-bit DNA RAM where it is needed to use the Ternary 1-to-3 DNA decoder operation to achieve a ternary 2-bit DNA RAM. The proposed nano-processor is theoretical but logical. Like the previous nano-processor, it has the same disadvantages as setting up the environment.
