Mestha is among hundreds of Xerox inventors with specialties ranging from electrical engineering and polymer chemistry to solid state physics and computer science. Their creativity has resulted in more than 100 new products and services in the past three years and the broadest portfolio of digital document systems and services in the industry.
"Our selection last year as the recipient of the National Medal of Technology, the highest technology honor in the United States, officially recognized what I know: Xerox has some of the world's best minds in our research and technology organizations. Their innovations are creating and changing industries," said Sophie V. Vandebroek, president of the Xerox Innovation Group and the company's chief technology officer. "In every corner of our company, scientists and engineers are creating the future today, and conceiving of products and services that are delighting our customers."
Mestha, a principal scientist in the Xerox Innovation Group, was awarded eight patents in 2007 and is one of eight Xerox inventors who crossed the 50-patent threshold last year. His rich portfolio of patents, grounded in the application of modern control theory and centering on sensing and control of the printing process, was instrumental in developing process controls in Xerox's flagship iGen3™ Digital Production Press as well as high-speed spectral sensing and consistent color innovations in other Xerox products.
His 50th U.S. patent, No. 7,307,720 "Method for corrected spectrophotometer output for measurements on multiple substrates," addresses the question of how to measure color accurately on a variety of substrates when using small, fast, and inexpensive in-line spectrophotometers. The technology measures the color in prints to help deliver consistent color print after print.
An innovation powerhouse for more than 50 years, Xerox has developed deep expertise in marking, materials, electronics, communications, software and services. Mestha joins other 50-plus patent holders representing a variety of disciplines. Among them are:
- Karen Moffat is a polymer chemist who works at the Xerox Research Centre Canada. Moffat, who is an expert in the area of toner materials design and synthesis, holds 52 patents, many of which are related to toner materials including Xerox's proprietary Emulsion Aggregation Toner. EA Toner is an energy-saving dry ink that produces sharp, vivid images.
- Douglas Curry, a principal engineer at the Palo Alto Research Center (PARC), holds 51 patents. He recently invented a scanning microscope that identifies and locates cancer cells in blood. In the late 80's he co-developed the world's first quad-beam laser printer and the resulting hyperacuity printing patents form the basis of today's multibeam laser printers.
- Markus Silvestri is a solid state physicist who also trained in imaging and color science. Silvestri, who has 52 patents, specializes in photoreceptors, the material on which the latent image is formed prior to developing the printed image. His inventions contribute to the goal of making copiers and printers faster, with fewer print defects, and longer lasting photoreceptors. He works in Xerox's photoreceptor development area in Webster.
- Bob Street, a physicist and senior research fellow at PARC, has been awarded 53 patents. Street's current work focuses on exploring high-volume printing technologies that could replace techniques traditionally used to create thin-film transistors, and using organic materials to create large-area transistor and sensor arrays.
Xerox Corporation is the world's leading document management, technology and services enterprise, providing the industry's broadest portfolio of color and black-and-white document processing systems and related supplies, as well as document management consulting and outsourcing services. For more information, visit www.xerox.com/innovation.
Laura Mergelas, Xerox Canada, 416-733-6216, email@example.com
Tina Quelch, Calador Communications, 416-925-6034, firstname.lastname@example.org
This release contains forward-looking information that is subject to a number of risks and uncertainties that could cause actual results to differ materially from those set forth in, or implied by, such forward-looking information.
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