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量子计算机研究
越来越多的研究人员正在使用空间光调制器在量子计算研究领域进行开发。我们介绍一个来自麻省理工学院（MIT）的应用案例。在2022年5月，MIT使用了七台Santec的SLM-200、一台SLM-300和一台SLM-210进行量子计算研究。
计算合成全息图研究
东京农工大学电气与电子工程系的高木康博教授介绍了一个应用实例。空间光调制器被用于计算机合成全息图研究。在东京大学，Santec的空间光调制器被用于立体显示器、全息隐形眼镜显示器和数字全息图的研究。
We use the SLM-200 to generate dynamic, large-scale optical focus arrays for applications in integrated photonics and quantum information science. The included wavefront correction data and detailed API helped us to quickly implement these techniques in the lab.
Mr. Christopher Panuski
Massachusetts Institute of Technology
The Santec SLM-200 provides our lab with the ability to precisely control wave fronts in our optical designs, manipulating the phase of our input beams to let us interrogate novel materials with very specific electromagnetic interactions. The high dynamic range and numerous wavelength options. Offered by Santec SLMs afford us a variety of avenues to explore when optimizing our Experimental designs.
Prof. Jennifer Dionne's lab,
Stanford University, USA
The Santec SLM-200 is incorporated into a interferometry setup to help us develop a holographic display. Using the SLM with further computational processing, we are able to project a set of 2D object fields into the SLM and make a 3D object out of it.
Santec SLM converts phase patterns into 10 bit grayscale images helping us to acquire high dynamic range images for our display purposes.
Dr. Hamid Hasani Balyani
Northwestern University, USA
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