杨黄（Yang Huang）的这份报纸（内部记者Yangching Ring）开发了世界光学精确力学机械学院中国科学院的第一个Briain分辨率显微镜。虽然保持出色的图像质量和高光谱特异性，但图像速度却增加了2个数量级，以下临时分辨率和亚微音空间分辨率实现了机械图像。相关研究最近发表在《自然 - 光子学》中。 Billouin显微镜是一种全新的完全光学三维机械图像技术，没有接触，并且具有高空间分辨率的三维，并且具有在人体工程学，眼科和肿瘤诊断等领域的应用。但是，由于成像速度，Billouin显微镜技术仍然无法完成更快的测量。为了解决这个问题，研究人员开发了纤维激光系统em for high resistance high -power cycle with a low resistance cycle with a wavelength of 780 nanometers and a maximum power of 267 watts, and designed a acute self -assessment detection solution that can suppress the lands greater than 31db. The results of the tests show that this height and the brillouin microscope resolved in the space achieves an image speed of only 200 microseconds per pixel with an average power of 30 miliwatios, which increases the image speed of the stimulus microscopes existing in brillouin microscopes in 100 times.进一步研究了显微镜性能对多种生物样品的益处。 To obtain images of embryos and bay follicles, organoids, of zebra fish, the microscope achieved a spatial resolution of 0.49 × 0.49 × 2.1 microns and a measurement precision of 7.7 megaHerctz of change. Using this systemMicroscope MA, it is worth mentioning that the researchers observed double brillouin peaks in zebra fish embryos and revealed mechanical d异质细胞外基质与腔之间的小节。 During the embryonic development in C. Elegans, mechanical dynamic changes in early cell division were captured in real time, indicating an excellent spatial and temporal resolution and potential biological applications.相关纸张信息：https：//doi.org/10.1038/s41566-025-01697-y