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Liquid crystal spatial light modulator is a device that can load information onto a one-dimensional or two-dimensional optical data field in order to make effective use of light's inherent speed, parallelism and interconnectivity. These devices can be controll...

The spatial light modulator has been hailed as a "game-changer in optical design". With its flexible phase and amplitude modulation capabilities, MSI liquid crystal spatial light modulators offer endless possibilities for innovative optical designs and applications. The team adheres to the concept of "leading customers with technology and maintaining customers with service".

As a dynamic programmable optical element, liquid crystal spatial light modulator (LC-SLM) plays a very important role in precision optical modulation applications such as wavefront shaping and beam control. A typical phase-only SLM works by inducing phase delay at each LCD pixel by loading voltage control to achieve regulation of the wavefront of the incident light.

On August 11, the "Second Space Light Modulator Special Training Class" held by CAS Microstar in Xi 'an came to a successful end. This training is designed to help optical practitioners and researchers fully understand spatial light modulator devices and jointly explore the infinite possibilities of spatial light modulators.

On July 20, 2023, our company was invited by the teacher of Huazhong University of Science and Technology (HUST) to participate in the lectures of photoelectric industry experts in the classroom in the summer production internship of 2020 undergraduates of the Department of Laser Technology, College of Optics and Electronic Information, HUST.

From September 6-8, 2023, Shenzhen International Convention and Exhibition Center will once again become the focus of the global optoelectronics industry, welcoming the 24th China International Optoelectronics Expo (CIOE). As the pinnacle display of scale and influence in the field of optoelectronics, CIOE will hold seven exhibitions at the same time, covering a wide range of fields such as information and communication, optics, lasers, infrared, ultraviolet, sensing, innovation and display. Rhyton Laser is presenting with this year's expo, exhibiting future-leading optoelectronic technologies and solutions, providing a platform for industry professionals to learn about the latest trends, gain insights into the market development, and opportunities for business and trade cooperation.

In the era of ever-changing science and technology, spatial light modulator, as an important optical device, is widely used in the fields of adaptive optics, optical microscopy, optical field modulation, optical information processing, optical computation, and optical communication. In order to help optical practitioners and researchers to have a comprehensive understanding of spatial light modulator devices, the first training course on the topic of spatial light modulators was held on October 31, 2023 in Beijing. With the theme of technology sharing and experimental demonstration, this training course aims to provide a platform for learning and communication.

Recently, the results of the Ninth National Undergraduate Physics Experiment Competition (Innovation) sponsored by the Joint Conference of National Experimental Teaching Demonstration Centers in Higher Education, the National Research Association for Experimental Physics Teaching in Higher Education, the Physics Teaching Committee of the Chinese Physical Society, and hosted by Chongqing University were announced. In this competition, a team of undergraduates from the School of Physical Science and Technology of Xiamen University, which was assisted by CSIC, stood out among the many participating teams and won the first prize.

The 6th Symposium on Computational Imaging Technology and Applications was held in Chongqing Institute of Green and Intelligent Technology, Chinese Academy of Sciences on May 17-19, which attracted many experts, scholars and industry insiders in the field of computational imaging. During the meeting, the participants had an in-depth discussion on the latest progress of computational imaging technology, application prospects, and equipment performance and other topics.