30、DNA-Quantum Computing: Multi-Valued Operations and Circuits

DNA-Quantum Computing: Multi-Valued Operations and Circuits

1. DNA-Quantum Arithmetic Operations

1.1 Quantum Ternary Full-Adder

The 2nd quantum ternary full - adder takes three inputs: |S3> = |0>, |0> from the converted value of a previous step, and |0> from another step. It produces a sum output of |0> and a carry output of |0>. The sum output becomes the value of |P3> and the carry output becomes the value of |P4>.

1.2 Product Values

The value of |P0> is obtained from the converted qutrit value of m0 = ACCTAG. Finally, the product values are |P0> = |0>, |P1> = |2>, |P2> = |0>, |P3> = |0>, and |P4> = |0>. So, the product of the ternary multiplication operation is |P> =