Peter Cornish

Title: The Innovations of Peter Cornish: Pioneer of Nano-Gap Grating Devices

Introduction

Peter Cornish, an inventive mind located in Columbia, Missouri, is recognized for his contributions in the realm of optical devices. With one patented innovation to his name, Cornish has made significant strides in enhancing optical properties through advanced fabrication methods. His work not only reflects his expertise as an inventor but also contributes to the growing field of nano-technology.

Latest Patents

Cornish holds a patent for "Nano-gap grating devices with enhanced optical properties and methods of fabrication." This innovative patent outlines a meticulous method of producing a grating structure. The process involves forming a flexible plastic stamp, which possesses a negative of a periodic grating pattern on one surface. A polymer film is then applied to create an ink that retains a positive of the grating pattern. This ink is subsequently placed on a substrate, allowing the second surface of the ink to contact its upper surface. Finally, the stamp is removed by applying a tensional force to one edge, unveiling the intricate grating structure. This method showcases Cornish's ingenuity in advancing optical device fabrication.

Career Highlights

Peter Cornish is affiliated with The Curators of the University of Missouri, where he continues to push the boundaries of research and innovation. His academic environment fosters creativity and collaboration, enabling him to explore advanced concepts in his field. His dedication to innovation is evident in his patented work and ongoing research.

Collaborations

Throughout his career, Cornish has collaborated with esteemed colleagues, including Shubhra Gangopadhyay and Venu Korampally. Their collective efforts contribute to cutting-edge research in nano-technology and its applications in the optical industry. These collaborations exemplify the synergy of ideas and expertise that drive innovation forward.

Conclusion

As an inventor, Peter Cornish has made notable contributions to the development of nano-gap grating devices with enhanced optical properties. His patent signifies a step forward in the methodologies of fabrication within the optical field. By working alongside talented researchers and maintaining a position at The Curators of the University of Missouri, Cornish continues to influence innovations and inspire future advancements in optical technologies.