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出版物 | qCMOS相机
出版物
| 应用领域 | 作者 | 标题 | 来源 |
|---|---|---|---|
| 量子计算 | Dolev Bluvstein、Simon J. Evered、Alexandra A. Geim、Sophie H. Li、Hengyun Zhou、Tom Manovitz、Sepehr Ebadi、Madelyn Cain、Marcin Kalinowski、Dominik Hangleiter、J. Pablo Bonilla Ataides、Nishad Maskara、Iris Cong、Xun Gao、Pedro Sales Rodriguez、Thomas Karolyshyn、Giulia Semeghini、Michael J. Gullans、Markus Greiner、Vladan Vuletić，以及 Mikhail D. Lukin | Logical quantum processor based on reconfigurable atom arrays（《基于可重构原子阵列的逻辑量子处理器》） | Nature (2023) |
| 量子计算 | Hannah J. Manetsch、Gyohei Nomura、Elie Bataille、Kon H. Leung、Xudong Lv、Manuel Endres | A tweezer array with 6100 highly coherent atomic qubits（《具有 6100 个高相干原子量子位元的光镊阵列》） | arXiv:2403.12021 (2024) |
| 量子成像 | Osian Wolley、Thomas Gregory、Sebastian Beer、Takafumi Higuchi、Miles Padgett | Quantum imaging with a photon counting camera（《采用光子计数相机进行的量子成像》） | Scientific Reports（《科学报告》）第 12 卷，文章编号：8286 (2022) |
| 量子成像 | Mohammadreza Rezaee 等 | Observation of Nonclassical Photon Statistics in Single-Bubble Sonoluminescence（《单泡声致发光的虚拟光子统计观察》） | arXiv：2203.11337 |
| 生命科学 | Luis Felipe Morales-Curiel 等 | Volumetric imaging of fast cellular dynamics with deep learning enhanced bioluminescence microscopy（《采用深度学习增强型生物发光显微镜对细胞快速动态进行容积成像》） | Commun Biol（《通讯生物学》） 5, 1330 (2022)。 |
| 生命科学 |
Mbaye Diouf 等 | Multiphoton imaging using a quantitative CMOS camera（《采用量化 CMOS 相机进行多光子成像》） | 第 11965 卷会议记录，Multiphoton Microscopy in the Biomedical Sciences（《生物医学中的多光子显微成像技术》）XXII；119650D (2022) |
| 天文学 | Sébastien Vievard 等 | Photonic spectro-interferometry with SCExAO/FIRST at the Subaru Telescope: towards H-alpha imaging of protoplanets（《采用斯巴鲁望远镜的 SCExAO/FIRST 进行光子光谱相位干涉测量：对原行星的 h - α成像》） | 国际光电工程学会 SPIE 12680，Techniques and Instrumentation for Detection of Exoplanets（《太阳系外行星探测技术与仪器》）XI，126800H（2023 年 10 月 5 日） |
| HEP/同步加速器 | A. Cools 等 | X-ray imaging with Micromegas detectors with optical readout（《采用带有光学读数的微结构气体探测器进行 X 射线成像》） | JINST 18 C06019 |
| HEP/同步加速器 | Seiichi Yamamoto 等 | Sub-micrometer real-time imaging of trajectory of alpha particles using GAGG plate and CMOS camera（《采用 GAGG 板和 CMOS 相机对 α 粒子轨迹进行亚微米实时成像》） | 2024 JINST 19 P01010 |
| 图像传感器 | Katsuhiro Nakamoto 和 Hisaya Hotaka | Efficient and accurate conversion-gain estimation of a photon-counting image sensor based on the maximum likelihood estimation（《基于最大似然估计法对光子计数图像传感器转换增益进行的高效准确估计》） | 光学 快报 30，37493-37506 (2022) |
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