东京大学的研究人员开发了"衍射造"光学计算方法,用于高速,节能计算. University of Tokyo researchers develop "diffraction casting" optical computing method for high-speed, energy-efficient computing.

东京大学的研究人员开发了一种称为“衍射铸造”的新型光学计算方法，该方法改进了传统的阴影投射。 Researchers at the University of Tokyo have developed a new optical computing method called "diffraction casting," which improves upon traditional shadow casting. 这一技术利用光波特性来提高光学元件的效率和灵活性,从而有可能促成高速节能计算。 This technique uses light wave properties for more efficient and flexible optical elements, potentially enabling high-speed, energy-efficient computing. 它能够进行基本的逻辑操作,并可能在图像处理和机器学习方面有应用。 It can perform basic logic operations and may have applications in image processing and machine learning. 然而,由于需要进一步发展,预计大约10年内会有商业供应。 However, commercial availability is expected in about 10 years as further development is needed.