Faculty

Institution

Unit

Venue

William Wing

Professor Emeritus of Optical Sciences Professor Emeritus of Physics

University of Arizona

Affiliations

James C. Wyant College of Optical Sciences

Optical Sciences Center

William Wing is currently serving as a James C. Wyant College Of Optical Sciences Professor Emeritus of Optical Sciences Professor Emeritus of Physics at University of Arizona.

Honors

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Experiences

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Education

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William Wing

University of Arizona

Professor Emeritus of Optical Sciences Professor Emeritus of Physics

You can click a keyword to filter the displayed items

applied physics particle physics physics spectroscopy atomic physics molecular spectroscopy materials science astronomy instrumentation gravity cosmology quantum gravity quantum field theory molecular science quantum science light science instrument science gravitational physics experimental gravity gravitation theory gravity field optical engineering optical spectroscopy optical communications electrostatic trapping neutral atomic particles microwave-optical determination rydberg-state fine structure time-of-flight studies molecular-ion spectroscopy particle traps gravitational effects excited states laser spectroscopy fast-beam laser spectroscopy molecular ions atomic spectroscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

On the Aberration of Light From a Moving Retroreflector. Optics Communications (2003)

William H. Wing

light scienceoptical communicationsoptical propertiesoptical materials

Directions in Molecular-Ion Spectroscopy. Philosophical Transactions of the Royal Society of London Series A Mathematical and Physical Sciences (1988)

W. H. Wing

physicsmolecular spectroscopyspectroscopymolecular sciencemolecular-ion spectroscopyapplied physics

Gravitational Effects in Particle Traps. Progress in Quantum Electronics (1984)

William H. Wing

gravitation theoryphysicscosmologyquantum field theorygravitygravitational physicsgravity fieldastronomyparticle trapsgravitational effectsexperimental gravityquantum gravityparticle physicsquantum science

Fast-Beam Laser Spectroscopy of Molecular Ions. Springer eBooks (1983)

William H. Wing

molecular spectroscopymolecular ionsspectroscopyfast-beam laser spectroscopychemistry

Electrostatic Trapping of Neutral Atomic Particles. Physical Review Letters (1980)

William H. Wing

electrostatic trappingatomic physicsapplied physicsneutral atomic particlesparticle physics

Inexpensive Highly Efficient Vuv Light Detectors. Applied Optics (1979)

William H. Wing

applied physicsoptical propertiesoptical engineering

Laser Spectroscopy of the Hydrogen Molecular Ion Hd+. Springer series in optical sciences/SPringer series in optical sciences (1977)

W. H. Wing

laser spectroscopyhydrogenoptical spectroscopy

Metastable Hydrogen Atom Detector Suitable for Time-Of-Flight Studies. Review of Scientific Instruments (1976)

S. CzuchlewskiS. R. RyanW. H. Wing

instrument scienceapplied physicstime-of-flight studiesinstrumentation

Highly Excited States of Helium and Neon. Springer eBooks (1973)

W. H. WingK. R. LeaW. E. Lamb

atomic physicsexcited statesphysicsparticle physics

Microwave-Optical Determination of Rydberg-State Fine Structure: The 7 1 D − 7 F Intervals in He. Physical Review Letters (1972)

William H. WingWillis E. Lamb

materials sciencespectroscopyrydberg-state fine structuremicrowave-optical determinationapplied physicsparticle physics

1
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William Wing

Professor Emeritus of Optical Sciences Professor Emeritus of Physics

University of Arizona

Affiliations

James C. Wyant College of Optical Sciences

Optical Sciences Center

William Wing is currently serving as a James C. Wyant College Of Optical Sciences Professor Emeritus of Optical Sciences Professor Emeritus of Physics at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

William Wing

University of Arizona

Professor Emeritus of Optical Sciences Professor Emeritus of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

On the Aberration of Light From a Moving Retroreflector. Optics Communications (2003)

William H. Wing

light scienceoptical communicationsoptical propertiesoptical materials

Directions in Molecular-Ion Spectroscopy. Philosophical Transactions of the Royal Society of London Series A Mathematical and Physical Sciences (1988)

W. H. Wing

physicsmolecular spectroscopyspectroscopymolecular sciencemolecular-ion spectroscopyapplied physics

Gravitational Effects in Particle Traps. Progress in Quantum Electronics (1984)

William H. Wing

Fast-Beam Laser Spectroscopy of Molecular Ions. Springer eBooks (1983)

William H. Wing

molecular spectroscopymolecular ionsspectroscopyfast-beam laser spectroscopychemistry

Electrostatic Trapping of Neutral Atomic Particles. Physical Review Letters (1980)

William H. Wing

electrostatic trappingatomic physicsapplied physicsneutral atomic particlesparticle physics

Inexpensive Highly Efficient Vuv Light Detectors. Applied Optics (1979)

William H. Wing

applied physicsoptical propertiesoptical engineering

Laser Spectroscopy of the Hydrogen Molecular Ion Hd+. Springer series in optical sciences/SPringer series in optical sciences (1977)

W. H. Wing

laser spectroscopyhydrogenoptical spectroscopy

Metastable Hydrogen Atom Detector Suitable for Time-Of-Flight Studies. Review of Scientific Instruments (1976)

S. CzuchlewskiS. R. RyanW. H. Wing

instrument scienceapplied physicstime-of-flight studiesinstrumentation

Highly Excited States of Helium and Neon. Springer eBooks (1973)

W. H. WingK. R. LeaW. E. Lamb

atomic physicsexcited statesphysicsparticle physics

Microwave-Optical Determination of Rydberg-State Fine Structure: The 7 1 D − 7 F Intervals in He. Physical Review Letters (1972)

William H. WingWillis E. Lamb

materials sciencespectroscopyrydberg-state fine structuremicrowave-optical determinationapplied physicsparticle physics

1
10 / page

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Similar Faculty Members

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molecular spectroscopy

quantum chemistry

Brett DePaola

Institution

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molecular spectroscopy

atomic emission spectroscopy

Trevor Sears

Institution

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molecular spectroscopy

quantum chemistry

John Keto

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nanoparticle

laser material

Pavel Polynkin

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laser

laser-plasma interaction

Arvinder Sandhu

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physical chemistry

efficient generation

Joseph R Manson

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condensed matter physics

atomic physics

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optical physic

physical chemistry

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quantum chemistry

atomic physics