Lab News
| ㆍ 제목 | [2019.02.20.] [seminar] Quantum computation and quantum simulation with trapped ions. | ||
|---|---|---|---|
| ㆍ 조회수 | 151035 | ㆍ 등록일시 | 2019-02-25 09:58:36 |
| ㆍ 첨부파일 | |||
|
날짜 : 2월 20일 수요일 시간 : 오후 5시 장소 : R1029 (서강대학교 물리학과 세미나실) 연사 : 김기환 교수(칭화대) [Prof. Kim Kihwan (Tsinghua Univ.)] 제목 : Quantum computation and quantum simulation with trapped ions. 내용 : The trapped ion system is a promising physical platform for a practical large-scale quantum computer or quantum simulator. The main advantages of the trapped ion system compared to other competitive systems are the long coherence time of a single individual qubit [1] and high fidelity gates, which enable us to perform a quantum simulation or computation with leading number of qubits. In this seminar, I’d like to introduce a trapped ion system and to discuss how to use the system for quantum simulation and quantum computation with exemplary experimental demonstrations that have been performed in our group. And I’d like to discuss how to scale up the trapped ion system to demonstrate the quantum ability beyond the classical power of computation through our current developments. [1] Y. Wang, et al., Nature Photon. 11, 646-650 (2017). http://iiis.tsinghua.edu.cn/~iontrap/ |
|||
| 이전글 | [2018.11.14.] Future Crypto Workshop 2018 |
|---|---|
| 다음글 | [2019.04.24.] 2019 KPS spring conference |
