Interference of two-particle physics and in astronomy

G.I. Kopylov, M.I. Podgoretskii

Dag Winkler

This paper gives a brief review of superconducting electronics in research and industry. Examples will show how science benefits from the development and how superconducting devices have found their way into industry and to some commercial products. Impact in terms of enabling new research in other fields (e.g. radio astronomy, medicine), in industry (certification, safety, metrology, etc) and in terms of market will be addressed. From the examples, two fields will be emphasized: superconducting detectors for astronomy and the superconducting quantum interference devices (SQUIDs) employed for different applications.

Raymond Laflamme

David Sproles

Stony Brook University Libraries.\nSBU Graduate School in Physics and Astronomy.\nLawrence Martin (Dean of Graduate School), James E. Lukens\nProfessor, Department of Physics and Astronomy, Thomas K. Hemmick\nProfessor, Department of Physics and Astronomy, Michael M. Rijssenbeek\nProfessor, Department of Physics and Astronomy, Dominik A. Schneble\nThesis Advisor and Assistant Professor, Department of Physics and\nAstronomy.

Anonymous

L.-W. Siu

Stony Brook University Libraries.\nSBU Graduate School in Physics and Astronomy.\nLawrence Martin (Dean of Graduate School), Thomas T. S. Kuo Dissertation Advisor\nProfessor, Department of Physics and Astronomy, Gerald E. Brown Chairperson of Defense\nDistinguished Professor, Department of Physics and Astronomy, Thomas H. Bergeman\nAdjunct Professor, Department of Physics and Astronomy, Roy A. Lacey\nProfessor, Department of Chemistry.