Faculty

Institution

Unit

Venue

William Case

Grinnell College

Affiliations

Division of Science

Physics

Grinnell College

NoneWilliam Case is currently serving as a Division Of Science faculty at Grinnell College.

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 Case

Grinnell College

You can click a keyword to filter the displayed items

physics nonlinear phenomena mechanical systems optical properties light science nonlinear science nonlinear dynamics wave optics applied physics mathematical physics photonics optical materials quantum mechanics vibrations nonlinear systems spectral theory vibration control oscillation theory nonlinear oscillations applied mathematics mathematics precision engineering animal behavior animal ecology theoretical physics visual science rational mechanic fire technology integral transforms mobility support electronic-mechanical system fluid power geometrical optics diffractive optics wildlife biology predator-prey interactions quantum theory topological phases symmetry (physics) guidance system motion control gyroscope wave motion optical information processing nonlinear resonance time delay systems periodic travelling wave hauntology visibility weyl transforms electron-beam dielectric system cyclotron-cerenkov instabilities diffractive mechanism dark diffractive focusing interesting behavior projectile motion single-slit focusing time-delay oscillator field oscillator approach candle seesaw

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bright and Dark Diffractive Focusing. Applied Physics B (2022)

light sciencephotonicsoptical propertieswave opticsoptical materialsphysicsdark diffractive focusing

Projectile Motion of Surface Gravity Water Wave Packets: An Analogy to Quantum Mechanics. The European Physical Journal Special Topics (2021)

Georgi Gary RozenmanMatthias ZimmermannMaxim A. EfremovWolfgang P. SchleichWilliam B. CaseDaniel M. GreenbergerLev ShemerAdy Arie

wave motionfluid dynamicsprojectile motionphysicsquantum mechanics

The Candle Seesaw. American Journal of Physics (2019)

lightingvisibilityfire technologyhauntologycandle seesaw

Single-Slit Focusing and Its Representations. (2018)

light sciencevisual scienceoptical propertieswave opticssingle-slit focusingbiophotonicsoptical spectrometeroptical information processing

Coupled Oscillators Driven With Difference-Frequency Parametric Position Feedback. Journal of Applied Physics (2017)

mechanical systemsvibration controlnonlinear systemsnonlinear oscillationsoscillation theorycontrol systemsdynamical systemsnonlinear dynamicsnonlinear sciencenonlinear resonancenonlinear phenomenavibrations

Working in Phase‐Space With Wigner and Weyl. Fortschritte der Physik (2016)

theoretical physicsmathematical physicssymmetryquantum field theoryphase transitionssymmetry (physics)topological phasesphysicsquantum theoryspectral theoryquantum mechanics

The Rattleback Revisited. American Journal of Physics (2014)

animal ecologyanimal behaviormorphology (biology)wildlife biologypredator-prey interactionsecology and evolutionary biologyevolutionary ecologyconservation biologyecology

A Diffractive Mechanism of Focusing. Optics Express (2012)

light sciencephotonicsprecision engineeringgeometrical opticsoptical propertieswave opticsoptical materialsapplied physicsdiffractive opticsophthalmologynonlinear phenomenadiffractive mechanism

Wigner Functions and Weyl Transforms for Pedestrians. American Journal of Physics (2008)

integral transformsweyl transformsmathematical physicsmobility supportapplied mathematicsmathematicsmathematical analysisspectral theory

The Field Oscillator Approach to Classical Electrodynamics. American Journal of Physics (2000)

oscillation theoryfield oscillator approachrational mechanicperiodic travelling wavenonlinear phenomenanonlinear dynamicsnonlinear sciencephysicsdifferential equationselectromagnetismelectromagnetic fields

1
2
10 / page

William Case

Grinnell College

Affiliations

Division of Science

Physics

Grinnell College

NoneWilliam Case is currently serving as a Division Of Science faculty at Grinnell College.

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 Case

Grinnell College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bright and Dark Diffractive Focusing. Applied Physics B (2022)

light sciencephotonicsoptical propertieswave opticsoptical materialsphysicsdark diffractive focusing

Projectile Motion of Surface Gravity Water Wave Packets: An Analogy to Quantum Mechanics. The European Physical Journal Special Topics (2021)

Georgi Gary RozenmanMatthias ZimmermannMaxim A. EfremovWolfgang P. SchleichWilliam B. CaseDaniel M. GreenbergerLev ShemerAdy Arie

wave motionfluid dynamicsprojectile motionphysicsquantum mechanics

The Candle Seesaw. American Journal of Physics (2019)

lightingvisibilityfire technologyhauntologycandle seesaw

Single-Slit Focusing and Its Representations. (2018)

light sciencevisual scienceoptical propertieswave opticssingle-slit focusingbiophotonicsoptical spectrometeroptical information processing

Coupled Oscillators Driven With Difference-Frequency Parametric Position Feedback. Journal of Applied Physics (2017)

Working in Phase‐Space With Wigner and Weyl. Fortschritte der Physik (2016)

theoretical physicsmathematical physicssymmetryquantum field theoryphase transitionssymmetry (physics)topological phasesphysicsquantum theoryspectral theoryquantum mechanics

The Rattleback Revisited. American Journal of Physics (2014)

animal ecologyanimal behaviormorphology (biology)wildlife biologypredator-prey interactionsecology and evolutionary biologyevolutionary ecologyconservation biologyecology

A Diffractive Mechanism of Focusing. Optics Express (2012)

light sciencephotonicsprecision engineeringgeometrical opticsoptical propertieswave opticsoptical materialsapplied physicsdiffractive opticsophthalmologynonlinear phenomenadiffractive mechanism

Wigner Functions and Weyl Transforms for Pedestrians. American Journal of Physics (2008)

integral transformsweyl transformsmathematical physicsmobility supportapplied mathematicsmathematicsmathematical analysisspectral theory

The Field Oscillator Approach to Classical Electrodynamics. American Journal of Physics (2000)

1
2
10 / page