Quantum Control Lab: Difference between revisions
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{{News| Recent News| | {{News| Recent News| | ||
* The [[Quantum Control Internship]] is open all year round. Apply through the [https://QuantumWorkforce.kr School of Quantum]. | * The [[Quantum Control Internship]] is open all year round. Apply through the [https://QuantumWorkforce.kr School of Quantum]. | ||
* We are organizing the [[ | * We are organizing the [[Wolfram Language Conference Korea 2026]] (previously known as Korea Mathematica User Conference). | ||
* We organized the [[Variational Quantum Algorithms: Challenge or Excuse| Quantum Camp on "Variational Quantum Algorithms: Challenge or Excuse"]]. | * We organized the [[Variational Quantum Algorithms: Challenge or Excuse| Quantum Camp on "Variational Quantum Algorithms: Challenge or Excuse"]]. | ||
* We are a member of the [https://QuantumWorkforce.kr School of Quantum] (previously, Center for Quantum Sapient Workforce) funded by the Ministry of Science and ICT of Korea. | * We are a member of the [https://QuantumWorkforce.kr School of Quantum] (previously, Center for Quantum Sapient Workforce) funded by the Ministry of Science and ICT of Korea. | ||
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We seek physical principles and methods for coherent manipulation of quantum states. | We seek physical principles and methods for coherent manipulation of quantum states. | ||
More specifically, we work | More specifically, we work on | ||
* Quantum Computation and Quantum Simulation, | * Quantum Computation and Quantum Simulation, | ||
* Quantum Machine Learning, | * Quantum Machine Learning, | ||
Latest revision as of 05:55, 16 March 2026
Recent News
- The Quantum Control Internship is open all year round. Apply through the School of Quantum.
- We are organizing the Wolfram Language Conference Korea 2026 (previously known as Korea Mathematica User Conference).
- We organized the Quantum Camp on "Variational Quantum Algorithms: Challenge or Excuse".
- We are a member of the School of Quantum (previously, Center for Quantum Sapient Workforce) funded by the Ministry of Science and ICT of Korea.
We seek physical principles and methods for coherent manipulation of quantum states. More specifically, we work on
- Quantum Computation and Quantum Simulation,
- Quantum Machine Learning,
- Quantum Information Theory,
- Superconductivity and Superconducting Quantum Circuits,
- Quantum Information Processing with Spins,
- Quantum Charge and Spin Transport, etc.
양자상태를 결맞게 제어할 수 있는 물리적 원리 및 방법론을 찾아 양자컴퓨팅 및 양자시뮬레이션, 양자AI 등에 적용하고, 초전도 양자컴퓨터나 스핀 양자컴퓨터 등과 같은 하드웨어 개발을 위한 양자이론을 연구한다.