Aug 19, 2013 · We implemented our algorithm and used it to show that any Clifford+T circuit for the Toffoli or the Fredkin gate requires at least 7 T gates.

In this work we provide a simple expression for the T-count of a single qubit unitary which immediately results in an alter- native algorithm for synthesizing T ...

We implemented our algorithm and used it to show that any Clifford+T circuit for the Toffoli or the Fredkin gate requires at least 7 T gates. This implies that ...

This work implemented their algorithm and used it to show that any Clifford+T circuit for the Toffoli or the Fredkin gate requires at least 7 T gates, ...

Motivation:T gates are expensive to implement fault tolerantly, so unitaries which minimize the number of T gates also minimize the cost of implementation.

We implemented our algorithm and used it to show that any Clifford+T circuit for the Toffoli or the Fredkin gate requires at least 7 T gates. This implies that ...

Nov 30, 2022 · We design an algorithm to determine the (minimum) T-count of any n-qubit (n ≥ 1) unitary W of size 2n × 2n, over the Clifford+T gate set.

Jun 22, 2020 · We give a heuristic algorithm that outputs a T-count-optimal circuit and has space and time complexity \text{poly}(m,N), under some assumptions.

Nov 13, 2023 · I need to do exact T gate counting of the decomposition of a one or two qubit gate into the Clifford + T set for a project.

Sep 3, 2015 · You can multiply both single loop counts to get how often "something" is executed in total. Here, it is (n-1) * n = n^2 - n.