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,
Information and Communication
Clemson researchers have developed a highly visible, random, and easily measurable approach to overcome the limitations associated with conventional optical PUFs for a secure, stable integration into modern systems.
Inventor: Dr. Judson Ryckman,
Dr. Yingje Lao,
Farhhan Bin Tarik,
Fiber and Films
Clemson University researchers have developed a computational fabrication system that allows for the customization of material properties of fabrics at a larger scale. By utilizing a novel path planning algorithm, the system creates a stitch design that, when added to the fabric, changes the stiffness of the material based on the design needs.
Inventor: Dr. Victor Zordan