Faculty

Institution

Unit

Venue

Till Frank

Associate Professor

University of Connecticut

Affiliations

College of Liberal Arts and Sciences

Psychological Sciences

Till Frank is currently serving as a College Of Liberal Arts And Sciences Associate Professor at University of Connecticut.

Honors

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Experiences

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Education

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Till Frank

University of Connecticut

Associate Professor

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physics neuroscience applied physics biophysics dynamical systems particle physics mathematical physics condensed matter physics mathematical biology motor control nonlinear science nonlinear fokker-planck equations theoretical biology nonlinear dynamics experimental psychology thermodynamics infectious disease modelling self-organization fokker-planck equations numerical simulations nonlinear phenomena chaos theory statistical mechanics condensed matter virus research motor behavior movement analysis covid-19 pandemic disease outbreaks nonlinear analysis cybernetics psychophysics biophysical modeling nonlinear process nonlinear markov processes vlasov-fokker-planck equations many-body systems stochastic dynamical systems stochastic systems cognitive psychology viral dynamics mathematical modelling nonlinear equations perturbation theory dissipative solitons brain activity exact solutions psychological science respiratory medicine medical virology antiviral research entropy brain science biocybernetics cellular biology plasma science time delay systems biomedical modeling bifurcation theory vision research gait analysis transcription regulation odometry virus epidemiology brain modeling nonlinear wave propagation neurodynamics virus-host interactions data analysis time delays stationary solutions biological systems order parameter equations linear nonequilibrium thermodynamics order parameter dynamics liver physiology human perception cognition cognitive science system theory system science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Amplitude Equations and Order Parameters of Human Sars-Cov-2 Infections and Immune Reactions: A Model-Based Approach. Advances in Complex Systems (2024)

T. D. FRANK

covid-19complex systemsinfection controlinfectious diseasessystems modelingvirus-host interactionssars-cov-2systems biologyimmunologyinfectious disease modellingorder parametersamplitude equationsimmune reactionsvirus research

Identifying the Determinants of Tourism Receipts of Thailand and Relevant Determinant-Determinant Interactions. PLoS ONE (2024)

Suree KhemthongPramote LuenamTill D. FrankLily Ingsrisawang

economicstourismrelevant determinant-determinant interactionstourism researchtourism managementtourism receipts

Mathematical Analysis of Four Fundamental Epidemiological Models for Monkeypox Disease Outbreaks: On the Pivotal Role of Human–Animal Order Parameters—in Memory of Hermann Haken. Mathematics (2024)

Till D. Frank

epidemiologymonkeypox disease outbreaksmathematicsmathematical analysishuman-animal order parametersfundamental epidemiological models

Perturbation Theoretical Approach to Determine Optomechanical Entanglement in Mirror-ﬁEld Systems. EPL (Europhysics Letters) (2024)

S. ChianggaT. SunpatanonT. D. Frank

mirror-field systemsmathematical physicsphysicsoptomechanical entanglement

Simplicity of Rumor Self-Organization Revealed by Unstable Eigenvectors and Amplitudes. Computational and Mathematical Organization Theory (2024)

T. D. Frank

unstable eigenvectorsself-organizationgroup theorynumerical simulationscommunication theoryrumor spreadingspectral theoryscientific computinggraph theorycomputational number theoryrumor self-organizationparameter identificationcommunicationdiscrete algorithmscomputational mathematicsnetwork scienceapplied mathematicscomplexity theorycombinatorial theorymathematics

Association Between Out-Patient Visits and Air Pollution in Chiang Mai, Thailand: Lessons From a Unique Situation Involving a Large Data Set Showing High Seasonal Levels of Air Pollution. PLoS ONE (2022)

Tunyathron VarapongpisanTill D. FrankLily Ingsrisawang

large data setdata setspublic healthrespiratory medicineair pollutionout-patient visitshealth scienceschiang mai

Characterizing Stages of Covid-19 Epidemics: A Nonlinear Physics Perspective Based on Amplitude Equations. The European Physical Journal Special Topics (2022)

T. D. FrankJ. Smucker

covid-19infectious diseasesdisease outbreaksrespiratory medicinepublic healthamplitude equationsepidemiology

Covid-19 Epidemiology and Virus Dynamics. Understanding complex systems (2022)

Till D. Frank

virus epidemiologyvirologycovid-19complex systemsviral dynamicscovid-19 pandemicinfectious diseasesvirus transmissioncomplex dynamic systemssars-cov-2systems biologysystem sciencevirus dynamicsepidemiologyvirus research

Eigenvalue Analysis of Sars-Cov-2 Viral Load Data: Illustration for Eight Covid-19 Patients. International Journal of Data Science and Analytics (2022)

Till D. Frank

covid-19principal component analysiscovid-19 pandemiceigenvalue analysissars-cov-2data sciencepublic healthdata analyticsepidemiology

Epidemiological Models and Covid-19 Epidemics. Understanding complex systems (2022)

Till D. Frank

epidemiological modelscomplex systemscovid-19covid-19 pandemicinfectious diseasessystems modelingsars-cov-2infectious disease modellingepidemiological dynamicepidemic intelligencesystem sciencepublic healthcomputational epidemiologyepidemiology

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Till Frank

Associate Professor

University of Connecticut

Affiliations

College of Liberal Arts and Sciences

Psychological Sciences

Till Frank is currently serving as a College Of Liberal Arts And Sciences Associate Professor at University of Connecticut.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Till Frank

University of Connecticut

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Amplitude Equations and Order Parameters of Human Sars-Cov-2 Infections and Immune Reactions: A Model-Based Approach. Advances in Complex Systems (2024)

T. D. FRANK

Identifying the Determinants of Tourism Receipts of Thailand and Relevant Determinant-Determinant Interactions. PLoS ONE (2024)

Suree KhemthongPramote LuenamTill D. FrankLily Ingsrisawang

economicstourismrelevant determinant-determinant interactionstourism researchtourism managementtourism receipts

Till D. Frank

epidemiologymonkeypox disease outbreaksmathematicsmathematical analysishuman-animal order parametersfundamental epidemiological models

Perturbation Theoretical Approach to Determine Optomechanical Entanglement in Mirror-ﬁEld Systems. EPL (Europhysics Letters) (2024)

S. ChianggaT. SunpatanonT. D. Frank

mirror-field systemsmathematical physicsphysicsoptomechanical entanglement

Simplicity of Rumor Self-Organization Revealed by Unstable Eigenvectors and Amplitudes. Computational and Mathematical Organization Theory (2024)

T. D. Frank

Tunyathron VarapongpisanTill D. FrankLily Ingsrisawang

large data setdata setspublic healthrespiratory medicineair pollutionout-patient visitshealth scienceschiang mai

Characterizing Stages of Covid-19 Epidemics: A Nonlinear Physics Perspective Based on Amplitude Equations. The European Physical Journal Special Topics (2022)

T. D. FrankJ. Smucker

covid-19infectious diseasesdisease outbreaksrespiratory medicinepublic healthamplitude equationsepidemiology

Covid-19 Epidemiology and Virus Dynamics. Understanding complex systems (2022)

Till D. Frank

Eigenvalue Analysis of Sars-Cov-2 Viral Load Data: Illustration for Eight Covid-19 Patients. International Journal of Data Science and Analytics (2022)

Till D. Frank

covid-19principal component analysiscovid-19 pandemiceigenvalue analysissars-cov-2data sciencepublic healthdata analyticsepidemiology

Epidemiological Models and Covid-19 Epidemics. Understanding complex systems (2022)

Till D. Frank

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