Optical characterization and selective addressing of the resonant modes of a micropillar cavity with a white light beam

Polariton Lasing in Micropillars With One Micrometer Diameter and Position-Dependent Spectroscopy of Polaritonic Molecules

Microcavity polaritons are bosonic light-matter particles that can emit coherent radiation without electronic population inversion via bosonic scattering. This phenomenon, known as polariton lasing, strongly depends on the polaritons' confinement. Shrinking the polaritons' mode volume increases the interactions mediated by their excitonic part, and thereby the density-dependent blueshift of the polariton to a higher energy is enhanced. Previously, polariton lasing has been demonstrated in micropillars with diameters larger than three microns, in grating based cavities, fiber cavities and photo…

通过相干摆动激发在GaAs量子点嵌入微柱腔中制备激子和双激子

Exciton and biexciton preparation via coherent swing-up excitation in a GaAs quantum dot embedded in micropillar cavity

通过相干摆动激发在GaAs量子点微柱腔中实现高效激子和双激子制备，展现高单光子纯度与极化控制能力。

Spin Selective Purcell Effect in a Quantum Dot Microcavity System

We demonstrate the selective coupling of a single quantum dot exciton spin state with the cavity mode in a quantum dot-micropillar cavity system. By tuning an external magnetic field, the Zeeman splitted exciton spin states coupled differently with the cavity due to field manipulated energy detuning. We found a 26 times increase in the emission intensity of spin-up exciton state with respect to spin-down exciton state at resonance due to Purcell effect, which gives rise to the selective enhancement of light emission with the circular polarization degree up to 93%. A four-level rate equation mo…

通过复频率零点靶向实现耦合量子比特的选择性寻址

Selective Addressing of Coupled Qubits via Complex Frequency Zero Targeting

本文提出利用复频率脉冲匹配有损耦合量子比特-波导系统的复反射零点，实现对目标量子比特的选择性激发并显著抑制串扰，仿真表明其性能优于传统高斯脉冲。

用于大规模量子比特阵列快速光学寻址与控制的多尺度架构

Multi-scale architecture for fast optical addressing and control of large scale qubit arrays

本研究提出结合快速偏转器与分段空间光调制器的多尺度光学寻址架构，通过两种配置实现大规模量子比特阵列的快速位点选择性控制，寻址速率较单用SLM提升数十至数百倍。

用于强且可调的边带选择性分子拉曼散射增强的混合腔-天线架构

Hybrid cavity-antenna architecture for strong and tunable sideband-selective molecular Raman scattering enhancement

本文提出一种耦合可调法布里-珀罗微腔与等离激元纳米立方体天线的混合架构，通过模式杂化实现窄带共振，在保持强拉曼散射增强的同时实现对分子振动谱线的选择性寻址，为分子光机械学动态反作用奠定基础。