ONR Supported Nobel Laureates
All ONR- Sponsored Nobel Laureates
Felix Bloch - (Physics, 1952)
For developing techniques of magnetic measurement in atomic
nuclei.
General Applications: Magnetic resonance imagery
Naval Applications: Naval medicine; nondestructive
inspection
Linus Pauling - (Chemistry, 1954)
For research into the nature of the chemical bond and its
application to the elucidation of the structure of complex
substances.
General Applications: Modern physical chemistry;
modern biochemistry
Naval Applications: All chemical engineering
applications: coatings, advances materials, etc.
Severo Ochoa - (Medicine, 1959)
For synthesizing ribonucleic acid.
General Applications: Virology; Biotechnology
Naval Applications: Naval medicine
Donald Glaser - (Physics, 1960)
For the invention of the bubble chamber, a device for observing
the tracks of high energy subatomic particles.
General Applications: Particle physics
Naval Applications: Hydrodynamic research
Robert Hofstadter - (Physics, 1961)
For pioneering studies of electron scattering in atomic
nuclei and for his thereby achieved discoveries concerning
the structure of the nucleons.
General Applications: Particle physics
Naval Applications: Nuclear engineering
Melvin Calvin - (Chemistry, 1961)
For explaining the second stage of photosynthesis
General Applications: Plant physiology; Argonomy;
Ecology
Naval Applications: Marine biology
Georg von Bekesy - (Medicine, 1961)
For explaining the physical events that take place within
the human ear during hearing.
General Applications: Audiology
Naval Applications: Hearing protection
Charles H. Townes - (Physics, 1964)
For the invention of the maser and the laser.
General Applications: Communications, surgery, data
storage and retrieval, etc.
Naval Applications: Communications; Targeting; Sensor
applications; Distance measuring; Ballistic missile defense;
Data processing
Hans Bethe - (Physics, 1967)
For his contributions to the theory of nuclear reactions,
especially his discoveries concerning the energy production
in stars.
General Applications: Nuclear chemistry
Naval Applications: Nuclear engineering
Haldan Hartline - (Medicine, 1967)
For explaining impulse coding in the visual receptors
and contributions to the understanding of how sensory neuronal
networks process data.
General Applications: Sensory physiology
Naval Applications: Human factors engineering
George Wald - (Medicine, 1967)
For identifying visual pigments and their chemical precursors,
and for discovering the primary molecular reaction to light
in the eye.
General Applications: Sensory physiology
Naval Applications: Human factors engineering; Biomimetics;
Vision protection
Har Gobind Khorana - (Medicine, 1968)
For devising methods for the synthesis of well-defined
nucleic acids.
General Applications: Virology; Biotechnology
Naval Applications: Naval medicine
Kenneth Arrow - (Economics, 1972)
For contributions to general economic equilibrium theory
and welfare theory.
General Applications: Public policy; Management theory
Naval Applications: Management techniques
Gerald Edelman - (Medicine, 1972)
For discoveries concerning the chemical structure of antibodies
General Applications: Immunology; Biotechnology
Naval Applications: Naval medicine
Leon Cooper - (Physics, 1972)
For a theory of superconductivity
General Applications: Transportation; Electrical
engineering; Computer science
Naval Applications: Electrical engineering; Computer
science
Robert Schrieffer - (Physics, 1972)
For a theory of superconductivity
General Applications: Transportation; Electrical
engineering; Computer science
Naval Applications: Electrical engineering; Computer
science
Christian Anfinsen - (Chemistry, 1972)
For work on ribonuclease, especially concerning the connection
between the amino acid sequence and the biologically active
conformation.
General Applications: Virology; Biotechnology
Naval Applications: Naval medicine; DNA computers?
Paul J. Flory - (Chemistry, 1974)
For fundamental achievements, both theoretical and experimental,
in the physical chemistry of macromolecules.
General Applications: Polymer chemistry; Molecular
biology
Naval Applications: Advanced composite materials
William Lipscomb - (Chemistry, 1974)
For his studies on the structure of boranes illuminating
problems of chemical bonding.
General Applications: Chemical engineering
Naval Applications: Chemical engineering
Peter Mitchell - (Chemistry, 1978)
For his contribution to the understanding of biological
energy transfer through the formulation of the chemiosmotic
theory.
General Applications: Chemical engineering; Cell
biology; Molecular biology
Naval Applications: Chemical engineering; Naval medicine;
Material science
Herbert Simon - (Economics, 1978)
For his pioneering research into the decision-making process
within economic organizations.
General Applications: Management theory and technique;
Organization sociology; Cybernetics
Naval Applications: Management practices; Organizational
behavior; Cybernetics
Herbert C. Brown - (Chemistry, 1979)
For his development of the use of boron-containing compounds
into important reagents in the organic synthesis.
General Applications: Organic chemistry and biochemistry;
Chemical engineering
Naval Applications: Chemical engineering
Arthur Schawlow - (Physics, 1981)
For his contributions to the development of laser spectroscopy.
General Applications: Spectroscopy; Atomic physics
Naval Applications: Spectroscopy; Highly accurate
timekeeping
Nicolas Bloembergen - (Physics, 1981)
For his contributions to the development of laser spectroscopy.
General Applications: Spectroscopy; Atomic physics
Naval Applications: Spectroscopy; Highly accurate
timekeeping
Roald Hoffman - (Chemistry, 1981)
For his theory concerning the course of chemical reactions
General Applications: Biochemistry; Pharmacology;
Chemical engineering
Naval Applications: Biochemistry; Chemical engineering;
Naval medicine
David H Hubel - (Medicine, 1981)
For discoveries concerning the "visual system"
General Applications: Sensory physiology; Developmental
physiology
Naval Applications: Human factors engineering
Kenneth Wilson - (Physics, 1982)
For his theory of critical phenomena in connection with
phase transitions.
General Applications: Oceanic and atmospheric science;
Particle physics
Naval Applications: Oceanic and atmospheric science;
Hydrodynamics
William A. Fowler - (Physics, 1983)
For theoretical and experimental studies of nuclear reactions
of importance in the formation of the chemical elements in
the universe.
General Applications: Cosmology; Nuclear chemistry
Naval Applications: Nuclear chemistry
Jerome Karle - (Chemistry, 1985)
For outstanding achievements in the development of direct
methods for the determination of crystal structures.
General Applications: Biochemistry; Chemical engineering
Naval Applications: Biochemistry; Chemical engineering
Herbert A. Hauptman - (Chemistry, 1985)
For outstanding achievements in the development of direct
methods for the determination of crystal structures.
General Applications: Biochemistry; Chemical engineering
Naval Applications: Biochemistry; Chemical engineering
Dudley Herschbach - (Chemistry, 1986)
For contributions concerning the dynamics of chemical
elementary processes.
General Applications: Chemical engineering; Mechanical
engineering
Naval Applications: Chemical engineering, Mechanical
engineering
Yuan T. Lee - (Chemistry, 1986)
For contributions concerning the dynamics of chemical
elementary processes.
General Applications: Chemical engineering; Mechanical
engineering
Naval Applications: Chemical engineering, Mechanical
engineering
John C. Polanyi - (Chemistry, 1986)
For contributions concerning the dynamics of chemical
elementary processes.
General Applications: Chemical engineering; Mechanical
engineering
Naval Applications: Chemical engineering, Mechanical
engineering
Hans Dehmelt - (Physics, 1989)
For contributions of importance for the development of
atomic precision spectroscopy
General Applications: Quantum physics; Communications;
Navigation; Nanotechnology
Naval Applications: Space communications; Navigation;
Precision timekeeping
Norman F. Ramsey - (Physics, 1989)
For contributions of importance for the development of
atomic precision spectroscopy
General Applications: Quantum physics; Communications;
Navigation; Nanotechnology
Naval Applications: Space communications; Navigation;
Precision timekeeping
Rudolph A. Marcus - (Chemistry, 1992)
For contributions to the theory of electron transfer reactions
in chemical systems.
General Applications: Chemical engineering; Chemiluminescence;
Fuel production; Polymer science
Naval Applications: Material science; Corrosion resistance
George Olah - (Chemistry, 1994)
For his contribution to carbocation chemistry.
General Applications: Chemical engineering; Organic
chemistry; Fuel production
Naval Applications: Chemical engineering; Organic
chemistry; Fuel production
Richard E. Smalley - (Chemistry, 1996)
For discovery of carbon atoms bound in the form of a ball.
General Applications: Material science
Naval Applications: Material science
William D. Phillips - (Physics, 1997)
For development of methods to cool and trap atoms with
laser light.
General Applications: Particle physics; Nanotechnology;
Precision timekeeping
Naval Applications: Precision timekeeping; Navigation
Walter Kohn - (Chemistry, 1998)
For development of the density-functional theory
General Applications: Quantum chemistry; Chemcial
engineering
Naval Applications: Chemical engineering
Daniel C. Tsui - (Physics, 1998)
For discovery of a new form of quantum fluid with fractionally
charged excitations.
General Applications: Particle physics
Naval Applications:Quantum computing
Ahmed Zewail - (Chemistry, 1999)
For his studies of the transition states of chemical reactions
using femtosecond spectroscopy.
General Applications: Physical chemistry; Material
science
Naval Applications: Materials by design?
Herbert Kromer - (Physics, 2000)
For developing semiconductor heterostructures in high-speed-
and opto-electronics.
General Applications: Electronics; Photonics
Naval Applications: Advanced sensors?; Advanced autonomous
systems?; Information storage and retrieval; Information transmission
Alan J. Heeger - (Chemistry, 2000)
For the discovery and development of conductive polymers
General Applications: Display technologies; Molecular
electronics
Naval Applications: Mulitfunctional electronics for
intelligent Naval sensors?; Decision support systems; Nanoelectronics
Alan G. MacDiarmid - (Chemistry, 2000)
For the discovery and development of conductive polymers
General Applications: Display technologies; Molecular
electronics
Naval Applications:Mulitfunctional electronics for
intelligent Naval sensors?; Decision support systems; Nanoelectronics
Hideki Shirakawa- (Chemistry, 2000)
For the discovery and development of conductive polymers
General Applications: Display technologies; Molecular
electronics
Naval Applications:Mulitfunctional electronics for
intelligent Naval sensors?; Decision support systems; Nanoelectronics
Eric Kandel - (Medicine, 2000)
For discoveries concerning signal transduction in the nervous
system.
General Applications:Neurology
Naval Applications: Biomimetics; Signal processing;
Human-machine interface
Eric Cornell - (Physics, 2001)
For the achievement of Bose-Einstein condensation in dilute
gases of alkali atoms, and for early fundamental studies of
the properties of the condensates.
General Applications: Timekeeping; High bandwidth communications;
Atom lasers
Naval Applications: Precision timekeeping; Highly precise
geolocation; High bandwidth secure communication
Carl Wieman - (Physics, 2001)
For the achievement of Bose-Einstein condensation in dilute
gases of alkali atoms, and for early fundamental studies of
the properties of the condensates.
General Applications: Timekeeping; High bandwidth communications;
Atom lasers
Naval Applications: Precision timekeeping; Highly precise
geolocation; High bandwidth secure communication
Wolfgang Ketterle - (Physics, 2001)
For the achievement of Bose-Einstein condensation in dilute
gases of alkali atoms, and for early fundamental studies of
the properties of the condensates.
General Applications: Timekeeping; High bandwidth
communications; Atom lasers
Naval Applications: Precision timekeeping;
Highly precise geolocation; High bandwidth secure communication
View a video-interview with Wolfang Ketterle
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