= 0.96 Inventors with similar research interests:
Location History:
- Administrator of the National Aeronautics and Space Administration, with, US (1979 - 1980)
- US (1978 - 1983)
Years Active: 1978-1983
Title: Robert A Frosch: Pioneering Innovator in Water Analysis and Parallel Processing
Introduction:
Robert A Frosch is an esteemed inventor hailing from the United States who has made significant contributions in the fields of water analysis and parallel processing. With over 214 patents to his name, Frosch's inventive prowess and dedication to scientific advancements are remarkable. This article will delve into some of his latest patents, career highlights, notable collaborations, and conclude by acknowledging his invaluable contributions to the field of innovations.
Latest Patents:
Frosch's recent patents showcase his expertise in developing innovative techniques for rapid and quantitative determination of bacteria in water. One such patent involves a bioluminescent assay for ATP in waterborne bacteria. By introducing nitric acid to a water sample with concentrated bacteria, the bacterial cells are ruptured. This sample is then diluted and mixed with a luciferase-luciferin mixture, and the resulting light output from the bioluminescent reaction is measured and correlated with the bacteria present. Frosch's ingenious modification allows for differentiation between live and dead bacteria.
Another remarkable invention by Frosch involves a chemiluminescent assay for iron porphyrins in waterborne bacteria. This method utilizes luminol reagent, producing a chemiluminescent reaction upon combining it with a water sample containing concentrated bacteria. The resulting light output is then correlated with the bacterial presence, making it a useful tool in water analysis.
In addition to his contributions in water analysis, Frosch also revolutionized the field of multidimensional data processing with his invention of a massively parallel processor computer. This apparatus employs a large number of parallel processing elements, each operating simultaneously and independently on single bit slices of incoming data streams. The architecture allows for high-speed processing of vast amounts of parallel data, including spatial translation through logical and arithmetic computations.
Career Highlights:
Throughout his illustrious career, Frosch has made significant contributions to the scientific community. His patents exemplify his ability to bridge scientific theory with practical applications. Frosch has consistently demonstrated his talent for developing innovative solutions to complex problems, particularly in the domains of water analysis and parallel processing.
Collaborations:
In his pursuit of innovation, Frosch has collaborated with numerous individuals and entities. Notable among them are Robert W Rosser and Satoshi Nagano, who have worked alongside Frosch on various projects. These collaborations undoubtedly played a crucial role in furthering Frosch's understanding and achievements within these domains.
Conclusion:
Robert A Frosch's numerous patents, particularly in the area of water analysis and parallel processing, showcase his ingenuity and commitment to advancing scientific knowledge. His groundbreaking inventions have contributed significantly to the field, enabling faster and more accurate analysis of waterborne bacteria and revolutionizing the way multidimensional data is processed. Frosch's relentless pursuit of innovation, paired with his remarkable collaborations, has solidified his status as a pioneering inventor in the realms of water analysis and parallel processing.
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