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There is an excellent answer to How do I add 1+1 using a quantum computer? that shows constructions of the half and full adders. In the answer, there is a source for the QRCA. I have also looked at this presentation.

I am still left with these questions:

1. What does a truth table for a QRCA look like?

2. What would a unitary matrix for a QRCA be?

What would a circuit diagram for a QRCA look like? (There is an example of a 6-bit circuit in the arXiv paper)

There is an excellent answer to How do I add 1+1 using a quantum computer? that shows constructions of the half and full adders. In the answer, there is a source for the QRCA. I have also looked at this presentation.

I am still left with these questions:

1. What does a truth table for a QRCA look like?

2. What would a unitary matrix for a QRCA be?

3. What would a circuit diagram for a QRCA look like? (There is an example of a 6-bit circuit in the arXiv paper)

There is an excellent answer ( How do I add 1+1 using a quantum computer? ) that shows constructions of the half and full adders. In the answer there is a source for the QRCA ( https://arxiv.org/abs/quant-ph/0410184v1 ). I have also looked at this presentation ( https://pdfs.semanticscholar.org/presentation/4758/ba24724e378caad94ab1d083ab8392df9e48.pdf ).

I am still left with these questions:

What does a truth table for a QRCA look like?

What would a unitary matrix for a QRCA be?

What would a circuit diagram for a QRCA look like? (There is an example of a 6-bit circuit in the arxiv paper)

There is an excellent answer to How do I add 1+1 using a quantum computer? that shows constructions of the half and full adders. In the answer, there is a source for the QRCA. I have also looked at this presentation.

I am still left with these questions:

1. What does a truth table for a QRCA look like?

2. What would a unitary matrix for a QRCA be?

What would a circuit diagram for a QRCA look like? (There is an example of a 6-bit circuit in the arXiv paper)