Manufacturing
Clemson University researchers have developed a TRW laser structure that consists of a broad-ridge waveguide to provide dissipative modes that can couple with higher-order modes.
This laser can effectively suppress all the undesired higher-order transverse modes under a threshold, ensuring single-mode operation with a larger emitting aperture and a higher output power than traditional RW lasers.
Inventor: Lin Zhu,
Xiaolei Zhao,
Yeyu Zhu
Published: 6/2/2021
Manufacturing
Clemson University researchers have developed a CMPI system and method that allows for faster signaling processing time and a higher measurement rate of more than 100 km.
Inventor: Hai Xiao
Published: 12/9/2020
Manufacturing
Clemson University inventors have created a novel manufacturing technique, with integrated additive manufacturing and laser processing to reduce the costs of ceramic-based conversion and storage devices.
Inventor: Jianhua Tong,
Hai Xiao,
Fei Peng,
Kyle Brinkman
Published: 12/2/2020
Manufacturing
Clemson University researchers have a created a unqiue technique that can expand the networking potential of future computing technologies and establishes a base for which quantum signals can be propagated.
Inventor: Eric Johnson
Published: 11/10/2020
