세미나
SCQC_7th Seminar_2021년 12월 01일 (수)_허준석
Author
관리자
Date
2026-07-25 10:22
Views
6
- 날짜: 2021년 12월 1일 (수) 15:00 ~ 17:00
- 주제: SCQC 정기 세미나
- 장소: Zoom 회의
- 초청연사 -
허준석 (성균관대학교)
"Analog Quantum Simulation of Non-Condon Effects in Molecular Spectroscopy"
In my talk, I will present a linear optical implementation for analog quantum simulation of molecular vibronic spectra, incorporating the non-Condon scattering operation with a quadratically small truncation error. To date, analog and digital quantum algorithms for achieving quantum speedup have been suggested only in the Condon regime, which refers to a transition dipole moment that is independent of nuclear coordinates. For analog quantum optical simulation beyond the Condon regime (i.e., non-Condon transitions), the resulting nonunitary scattering operations must be handled appropriately in a linear optical network. In this work[1], we consider the first- and second-order Herzberg–Teller expansions of the transition dipole moment operator for the non-Condon effect for implementation on linear optical quantum hardware. We believe that the method opens a new way to approximate arbitrary nonunitary operations in analog and digital quantum simulations.
[1] ACS Photonics 2021, 8, 7, 2007–2016
- 주제: SCQC 정기 세미나
- 장소: Zoom 회의
- 초청연사 -
허준석 (성균관대학교)
"Analog Quantum Simulation of Non-Condon Effects in Molecular Spectroscopy"
In my talk, I will present a linear optical implementation for analog quantum simulation of molecular vibronic spectra, incorporating the non-Condon scattering operation with a quadratically small truncation error. To date, analog and digital quantum algorithms for achieving quantum speedup have been suggested only in the Condon regime, which refers to a transition dipole moment that is independent of nuclear coordinates. For analog quantum optical simulation beyond the Condon regime (i.e., non-Condon transitions), the resulting nonunitary scattering operations must be handled appropriately in a linear optical network. In this work[1], we consider the first- and second-order Herzberg–Teller expansions of the transition dipole moment operator for the non-Condon effect for implementation on linear optical quantum hardware. We believe that the method opens a new way to approximate arbitrary nonunitary operations in analog and digital quantum simulations.
[1] ACS Photonics 2021, 8, 7, 2007–2016
Total 0