根據問題設計成漢密爾頓的量子系統表示 (Hamiltonian)，如此

根據問題設計成漢密爾頓的量子系統表示 (Hamiltonian)，如此當系統處在能量最低的時候 (ground state) 就對應到問題的解答。透過絕熱理論 (adiabatic theory) ，最常用的就是量子退火法 (quantum annealing) 緩慢降低系統溫度，達到最低能量狀態。

結果 (英文) 1:

The problem Hamiltonian quantum systems designed to represent (Hamiltonian), so when the system is in the lowest energy (ground state) to correspond to answer questions. Through theoretical adiabatic (adiabatic theory), it is the most commonly used method of quantum annealing (quantum annealing) temperature of the system was slowly reduced, the lowest energy state.

結果 (英文) 2:

Designed according to the question, Hamilton's quantum system represents Hamilton, so that when the system is at its lowest energy level, the answer to the question is answered. The most commonly used method of extinction is the slow reduction of system temperature to the lowest energy state through the adiatic theory.

結果 (英文) 3:

Hamiltonian is designed according to the problem, so that when the system is at the lowest energy, the ground state corresponds to the solution of the problem. Through the adiabatic theory, the most commonly used method is quantum annealing, which slowly reduces the system temperature and achieves the lowest energy state.