Quantum computation (QC) offers the promise of enhanced computational capabilities and drastic accelerations in solving complex tasks such as quantum chemistry^([1,2])and prime factorization.^([3])Various physical imp...Quantum computation (QC) offers the promise of enhanced computational capabilities and drastic accelerations in solving complex tasks such as quantum chemistry^([1,2])and prime factorization.^([3])Various physical implementations for practical QC are being pursued across the academic and industrial research initiatives.Exemplary ones include trapped ions,^([4])nuclear spin,^([5]).展开更多
文摘Quantum computation (QC) offers the promise of enhanced computational capabilities and drastic accelerations in solving complex tasks such as quantum chemistry^([1,2])and prime factorization.^([3])Various physical implementations for practical QC are being pursued across the academic and industrial research initiatives.Exemplary ones include trapped ions,^([4])nuclear spin,^([5]).
