Faculty

Institution

Unit

Venue

Milos Dolnik

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

NoneMilos Dolnik is currently serving as a Chemistry faculty at Brandeis University.

Honors

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Experiences

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Education

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Milos Dolnik

Brandeis University

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chemistry physical chemistry diffusion physics applied physics pattern formation chemical kinetics systems biology diffusion process chaos theory dynamical systems numerical simulations chemical sciences quantum chemistry turing machine nonlinear science computational chemistry fluid dynamics nonlinear dynamics nonlinear phenomena dispersion science molecular science surface reactivity reaction process complex systems theoretical biology oscillation theory reactivity (chemistry) solution (chemistry) wave instability active control statistical physics process control complexity science bifurcation theory periodic travelling wave anomalous diffusion charge transport chemical thermodynamics physicochemical analysis wave propagation stochastic dynamical systems global feedback reaction-diffusion model periodic illumination spatial periodic forcing chemical chaos chlorine dioxide-iodide reaction oscillatory chemical reaction reaction-diffusion systems cdima reaction cluster computing computational physics automatic control scientific computing source apportionment global monitoring cluster chemistry cell control diffusion-based modeling temporal complexity critical phenomena discrete dynamical systems high resolution computational illumination control structure nonlinear oscillations molecular regulation spatio-temporal models process intensification noise-based switches oscillatory cluster patterns homogeneous chemical system designer gene networks cellular oscillations synthetic gene network

Notable Scholarly Works

Notable Federal Grants

Collaborators

Neuromorphic Engineering in Wetware: Discriminating Acoustic Frequencies Through Their Effects on Chemical Waves. The Journal of Physical Chemistry B (2024)

Laura TomassoliLeonardo Silva-DiasMilos DolnikIrving R. EpsteinRaimondo GermaniPier Luigi Gentili

neuromorphic engineeringdiscriminating acoustic frequenciesphysical chemistrychemical waveschemistry

Turing Patterns in the Chlorine Dioxide-Iodine-Malonic Acid Reaction–Diffusion Batch System. Journal of Chemical Education (2024)

Liora KatzLeonardo Silva-DiasMilos Dolnik

chemical engineeringpattern formationmultiphase processingsystems engineeringchemistry educationcatalysischemical technologyprocess controlturing machineprocess designchemistry

Turing Patterns on Rotating Spiral Growing Domains. Physical Chemistry Chemical Physics (2024)

Leonardo Silva-DiasIrving R. EpsteinMilos Dolnik

physicsphysical chemistryturing machinespiral growing domains

Effect of Obstructions on Growing Turing Patterns. Chaos An Interdisciplinary Journal of Nonlinear Science (2022)

Milos DolnikChristopher KonowNoah H. SombergIrving R. Epstein

chaos theorynonlinear science

Impact of D2O on Peptidization of L-Histidine. Reaction Kinetics Mechanisms and Catalysis (2021)

Agnieszka FulczykEliza ŁataMiloš DolnikEwa TalikTeresa KowalskaMieczysław Sajewicz

catalysischemical kineticsbiochemistry

Insights From Chemical Systems Into Turing-Type Morphogenesis. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2021)

C. KonowM. DolnikI. R. Epstein

engineeringturing-type morphogenesispattern formationchemical systemsmorphogenesis

Impact of D2O on the Peptidization of L-Alanine. Reaction Kinetics Mechanisms and Catalysis (2020)

Agnieszka FulczykEliza ŁataEwa TalikMilos DolnikTeresa KowalskaMieczysław Sajewicz

catalysischemistry

Growth Mode Selection of Radially Growing Turing Patterns. arXiv (Cornell University) (2019)

Noah H. SombergChristopher KonowIrving R. EpsteinMilos Dolnik

pattern formationgrowth theorygrowth mode selectionapplied mathematics

Modulation of Turing Patterns in the Cdima Reaction by Ultraviolet and Visible Light. The Journal of Physical Chemistry A (2019)

Raphael NagaoRenan C. C. de MirandaIrving R. EpsteinMilos Dolnik

cdima reactionphysical chemistryvisible lightchemistry

Turing Patterns on Radially Growing Domains: Experiments and Simulations. Physical Chemistry Chemical Physics (2019)

Christopher KonowNoah H. SombergJocelyne ChavezIrving R. EpsteinMilos Dolnik

computational sciencephysicspattern formationdomain theoryscientific computingapplied physicsapplied mathematicsphysical chemistrycomputational geometry

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Milos Dolnik

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

NoneMilos Dolnik is currently serving as a Chemistry faculty at Brandeis University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Milos Dolnik

Brandeis University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Neuromorphic Engineering in Wetware: Discriminating Acoustic Frequencies Through Their Effects on Chemical Waves. The Journal of Physical Chemistry B (2024)

Laura TomassoliLeonardo Silva-DiasMilos DolnikIrving R. EpsteinRaimondo GermaniPier Luigi Gentili

neuromorphic engineeringdiscriminating acoustic frequenciesphysical chemistrychemical waveschemistry

Turing Patterns in the Chlorine Dioxide-Iodine-Malonic Acid Reaction–Diffusion Batch System. Journal of Chemical Education (2024)

Liora KatzLeonardo Silva-DiasMilos Dolnik

chemical engineeringpattern formationmultiphase processingsystems engineeringchemistry educationcatalysischemical technologyprocess controlturing machineprocess designchemistry

Turing Patterns on Rotating Spiral Growing Domains. Physical Chemistry Chemical Physics (2024)

Leonardo Silva-DiasIrving R. EpsteinMilos Dolnik

physicsphysical chemistryturing machinespiral growing domains

Effect of Obstructions on Growing Turing Patterns. Chaos An Interdisciplinary Journal of Nonlinear Science (2022)

Milos DolnikChristopher KonowNoah H. SombergIrving R. Epstein

chaos theorynonlinear science

Impact of D2O on Peptidization of L-Histidine. Reaction Kinetics Mechanisms and Catalysis (2021)

Agnieszka FulczykEliza ŁataMiloš DolnikEwa TalikTeresa KowalskaMieczysław Sajewicz

catalysischemical kineticsbiochemistry

Insights From Chemical Systems Into Turing-Type Morphogenesis. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2021)

C. KonowM. DolnikI. R. Epstein

engineeringturing-type morphogenesispattern formationchemical systemsmorphogenesis

Impact of D2O on the Peptidization of L-Alanine. Reaction Kinetics Mechanisms and Catalysis (2020)

Agnieszka FulczykEliza ŁataEwa TalikMilos DolnikTeresa KowalskaMieczysław Sajewicz

catalysischemistry

Growth Mode Selection of Radially Growing Turing Patterns. arXiv (Cornell University) (2019)

Noah H. SombergChristopher KonowIrving R. EpsteinMilos Dolnik

pattern formationgrowth theorygrowth mode selectionapplied mathematics

Modulation of Turing Patterns in the Cdima Reaction by Ultraviolet and Visible Light. The Journal of Physical Chemistry A (2019)

Raphael NagaoRenan C. C. de MirandaIrving R. EpsteinMilos Dolnik

cdima reactionphysical chemistryvisible lightchemistry

Turing Patterns on Radially Growing Domains: Experiments and Simulations. Physical Chemistry Chemical Physics (2019)

Christopher KonowNoah H. SombergJocelyne ChavezIrving R. EpsteinMilos Dolnik

computational sciencephysicspattern formationdomain theoryscientific computingapplied physicsapplied mathematicsphysical chemistrycomputational geometry

1
2
3
4
5
8
10 / page

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theoretical biology

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mathematical biology

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quantum chemistry

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mathematics education

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