Company Filing History:
Years Active: 1999
Title: The Innovations of Robert Gregory Downing
Introduction
Robert Gregory Downing is a notable inventor based in Niskayuna, NY (US). He has made significant contributions to the field of materials analysis through his innovative work on microcalorimeter x-ray detectors. His inventions have the potential to enhance the efficiency and effectiveness of spectroscopic analysis.
Latest Patents
Downing holds a patent for a microcalorimeter x-ray detector with an x-ray lens designed for spectroscopic materials analysis. This invention allows a sample under test to be bombarded by electrons in a scanning electron microscope, producing x-ray emissions that are collected over a large solid angle by a polycapillary lens. The focused emissions are directed onto the surface of a microcalorimeter detector. By increasing the effective collection area of the detector, the invention reduces the time required for x-ray collection and allows the detector to be positioned farther from the x-ray source. The x-ray lens is effective across a broad energy range, ensuring compatibility with various spectroscopic analyses. Additionally, the microcalorimeter can be calibrated to account for variations in the transmission efficiency of the x-ray lens.
Career Highlights
Downing is currently employed by the Government of the United States of America, as represented by the Secretary of Commerce. His work has been instrumental in advancing the capabilities of x-ray detection and analysis, contributing to various scientific and industrial applications.
Collaborations
Some of Downing's notable coworkers include John M Martinis and Gene Charles Hilton. Their collaborative efforts have likely played a role in the development and refinement of innovative technologies in the field.
Conclusion
Robert Gregory Downing's contributions to the field of materials analysis through his patented microcalorimeter x-ray detector demonstrate his innovative spirit and dedication to advancing scientific research. His work continues to impact the way materials are analyzed and understood.