Faculty

Institution

Unit

Venue

Lucas Illing

Professor of Physics

Reed College

Affiliations

History and Social Sciences

History

Mathematical and Natural Sciences

Physics

Lucas Illing is currently serving as a History Professor of Physics at Reed College.

Honors

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Experiences

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Education

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Lucas Illing

Reed College

Professor of Physics

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dynamical systems chaos theory photonics physics optoelectronics electrical engineering applied physics systems engineering nonlinear science nonlinear dynamics fluid dynamics nonlinear phenomenon nonlinear systems control systems control system technology laser science oscillation theory band-limited feedback complex systems atomic physics automatic control nonlinear control nonlinear oscillations optical switching semiconductor lasers malkus-lorenz water wheel broadband chaos fast chaos high-speed chaos nonlinear phenomena lightwave technology statistical physics statistical mechanics theoretical biology computational physics vlsi circuit electromagnetic compatibility active control hydraulic research fluid science optical communications synchronization protocol mathematical control theory collective motion time delay systems modulation techniques optical engineering electro-optics device all-optical switching rubidium vapor optoelectronic oscillator optoelectronic feedback turbulent channel delay dynamical systems flexible timescales optical feedback system current waveforms harmonic analysis mathematical analysis rational mechanic ergodic theory mathematical physics stability mathematical bioscience mathematics quantum mechanics modeling and simulation philosophy of mathematics ordinary differential equations scientific computing fractals abstract and applied analysis stochastic partial differential equations computational mathematics difference equations mathematical biology natural computing bio-inspired computation computational science system science nonlinear analysis spectral theory differential equations applied mathematics wave nonlinearity general systems systems modeling

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamics of an Electronic Relay Systems With Bandpass Filtered Feedback. Springer proceedings in complexity (2024)

active controlelectromagnetic compatibilityautomatic controlnonlinear systemsnonlinear sciencenonlinear phenomenontransmissioncontrol systemscontrol system technologyelectrical engineeringelectric power systemsnonlinear dynamicsstabilitydynamical systems

Dynamics of a Time-Delayed Relay System. Physical review. E (2024)

control systemscontrol system technologynonlinear dynamicsstabilitydynamical systems

Exploring Delay Dynamics With a Programmable Electronic Delay Circuit. American Journal of Physics (2020)

systems engineeringcontrol systemscontrol system technologyvlsi circuitintegrated circuitscomputer engineeringdynamical systems

Periodic and Quasiperiodic Dynamics of Optoelectronic Oscillators With Narrow-Band Time-Delayed Feedback. Physical review. E (2018)

Yunjia BaoElla BanyasLucas Illing

physicsoptoelectronicsoptoelectronic oscillatorsquasiperiodic dynamicsnarrow-band time-delayed feedback

Amplitude Death of Identical Oscillators in Networks With Direct Coupling. Physical review. E (2016)

statistical mechanicsnetwork analysisquantum mechanicsnonlinear phenomenonnonlinear sciencestatistical physicstheoretical biologycomputational physicsmathematical physicsphysicswave nonlinearitycomplex systemsnonlinear dynamicsnetwork scienceapplied mathematicsdynamical systems

Exactly Solvable Chaos in an Electromechanical Oscillator. Chaos An Interdisciplinary Journal of Nonlinear Science (2013)

Benjamin A. M. OwensMark T. StahlNed J. CorronJonathan N. BlakelyLucas Illing

electromechanical oscillatorelectrical engineeringoscillation theorysolvable chaoschaos theorydynamical systems

Experiments With a Malkus–Lorenz Water Wheel: Chaos and Synchronization. American Journal of Physics (2012)

Lucas IllingRachel F. FordyceAlison M. SaundersRobert Ormond

physicsfluid dynamicscollective motionmalkus-lorenz water wheelchaos theorydynamical systems

Multi-Parameter Identification From Scalar Time Series Generated by a Malkus-Lorenz Water Wheel. Chaos An Interdisciplinary Journal of Nonlinear Science (2012)

Lucas IllingAlison M. SaundersDaniel Hahs

multi-parameter identificationscalar time seriesmachine learningdata sciencemalkus-lorenz water wheelchaos theorytime seriesdynamical systems

Broadband Chaos. (2011)

Kristine E. CallanLucas IllingDaniel J. Gauthier

electrical engineeringchaos theorybroadband chaosdynamical systems

Isochronal Chaos Synchronization of Delay-Coupled Optoelectronic Oscillators. Physical Review E (2011)

nonlinear phenomenaphotonicsnonlinear systemsnonlinear sciencelightwave technologynonlinear oscillationsoptoelectronicsisochronal chaos synchronizationnonlinear dynamicschaos theorydynamical systems

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Lucas Illing

Professor of Physics

Reed College

Affiliations

History and Social Sciences

History

Mathematical and Natural Sciences

Physics

Lucas Illing is currently serving as a History Professor of Physics at Reed 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

Lucas Illing

Reed College

Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamics of an Electronic Relay Systems With Bandpass Filtered Feedback. Springer proceedings in complexity (2024)

Dynamics of a Time-Delayed Relay System. Physical review. E (2024)

control systemscontrol system technologynonlinear dynamicsstabilitydynamical systems

Exploring Delay Dynamics With a Programmable Electronic Delay Circuit. American Journal of Physics (2020)

systems engineeringcontrol systemscontrol system technologyvlsi circuitintegrated circuitscomputer engineeringdynamical systems

Periodic and Quasiperiodic Dynamics of Optoelectronic Oscillators With Narrow-Band Time-Delayed Feedback. Physical review. E (2018)

Yunjia BaoElla BanyasLucas Illing

physicsoptoelectronicsoptoelectronic oscillatorsquasiperiodic dynamicsnarrow-band time-delayed feedback

Amplitude Death of Identical Oscillators in Networks With Direct Coupling. Physical review. E (2016)

Exactly Solvable Chaos in an Electromechanical Oscillator. Chaos An Interdisciplinary Journal of Nonlinear Science (2013)

Benjamin A. M. OwensMark T. StahlNed J. CorronJonathan N. BlakelyLucas Illing

electromechanical oscillatorelectrical engineeringoscillation theorysolvable chaoschaos theorydynamical systems

Experiments With a Malkus–Lorenz Water Wheel: Chaos and Synchronization. American Journal of Physics (2012)

Lucas IllingRachel F. FordyceAlison M. SaundersRobert Ormond

physicsfluid dynamicscollective motionmalkus-lorenz water wheelchaos theorydynamical systems

Multi-Parameter Identification From Scalar Time Series Generated by a Malkus-Lorenz Water Wheel. Chaos An Interdisciplinary Journal of Nonlinear Science (2012)

Lucas IllingAlison M. SaundersDaniel Hahs

multi-parameter identificationscalar time seriesmachine learningdata sciencemalkus-lorenz water wheelchaos theorytime seriesdynamical systems

Broadband Chaos. (2011)

Kristine E. CallanLucas IllingDaniel J. Gauthier

electrical engineeringchaos theorybroadband chaosdynamical systems

Isochronal Chaos Synchronization of Delay-Coupled Optoelectronic Oscillators. Physical Review E (2011)

nonlinear phenomenaphotonicsnonlinear systemsnonlinear sciencelightwave technologynonlinear oscillationsoptoelectronicsisochronal chaos synchronizationnonlinear dynamicschaos theorydynamical systems

1
2
3
4
10 / page