Faculty

Institution

Unit

Venue

Robert Eisenberg

Professor

Rush University

Affiliations

College of Health Sciences

Department Of Clinical Nutrition

Department Of Molecular Biophysics And Physiology

Rush University

Robert Eisenberg is currently serving as a College Of Health Sciences Professor at Rush University.

Honors

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Experiences

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Education

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Robert Eisenberg

Rush University

Professor

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biophysics electrophysiology physiology applied physics membranes membrane biology membrane transport membrane science cellular physiology physics biophysical review ion process electromagnetism biophysical chemistry transport phenomena biophysical modeling neurons numerical simulations ion mobility hyperpolarization (biology) nanotechnology biomedical circuits muscle function skeletal muscle experimental biophysics membrane permeation ionic channels ion channels ophthalmology retina computational biophysics optic nerve ocular surface visual science computational physics ion structure statistical mechanics circulatory physiology quantum chemistry ocular tissues bioelectrochemistry numerical method for partial differential equation pore structure mathematical biophysics channel model biological ion channels nonlinear phenomena molecular science mathematical bioscience numerical mathematics membrane computing electrical properties aqueous humour particle methods ionic conductors open ionic channels ion permeation spherical cell chemical reactions nanometrology geometrical optics diffusion process membrane structure boundary element methods potential theory multi-physics modelling multiphysics problems theoretical electrochemistry frog lens ionic solutions asymptotic expansions force fields osmotic water flow access resistance electrodiffusion model simulation particle-based simulations biological channels biological macromolecules scientific communication biomedical analysis natural computing synthetic biology bacteria microbial cell factory quantitative biology confocal microscopy microbial consortium optogenetics nature molecular biophysics biology bio-inspired computation fungal genetics molecular biology microbial ecology biological engineering computational biology microscopy theoretical biology artificial life biosystems microorganisms laboratory investigation microbiology bioenergetics science advance systems biology ophthalmology applied microbiology environmental microbiology microbial pathogenesis nature method mathematical biology biofilms human biology pattern formation biotechnology advance biotechnology biomedical engineering bioelectronics biochemical sciences biomolecular engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Current Flow in Nerves and Mitochondria: An Electro-Osmotic Approach. Biomolecules (2025)

biophysicsbioelectrochemistryneural circuitsphysiologymembrane transportneuronselectrophysiologycellular physiologybioelectronicsneurophysiologycurrent flow

Displacement Current in Classical and Quantum Systems. Computation (2025)

quantum mechanicsphysicsdisplacement currentquantum theoryquantum dynamicsquantum science

Glymphatic Clearance in the Optic Nerve: A Multidomain Electro-Osmostic Model. Entropy (2025)

neurologyneuronsneuro-ophthalmologyocular surfaceneuroscienceoptic nervenervous systemophthalmologyvisual sciencetrabecular meshwork

Kirchhoff’s Current Law: A Derivation From Maxwell’s Equations. Computation (2025)

current lawboundary value problemselectromagnetismhigh-frequency approximationelectromagnetic fieldspartial differential equationsrational mechanicdifferential equationsordinary differential equations

Potassium Clearance in Optic Nerve: A Multidomain Model. Frontiers in Bioscience-Landmark (2025)

Shanfeng XiaoHuaxiong HuangRobert EisenbergZilong SongShixin Xu

biophysicsphysiologyganglion cellneuronselectrophysiologycellular physiologyneuroscienceosmotic pressureneurophysiologyoptic nervenervous systemophthalmology retinaosmoregulationcentral nervous system

A Multi-Domain Model for Microcirculation in Optic Nerve: Blood Flow and Oxygen Transport. Physica D Nonlinear Phenomena (2024)

Zilong SongShixin XuRobert EisenbergHuaxiong Huang

physiological opticsretinamulti-domain modelocular surfaceneurosciencebiomedical engineeringneurophysiologyoptic nervenervous systemophthalmology retinaophthalmologyvisual scienceblood flow

Conformations and Currents Make the Nerve Signal. Journal of Mathematical Study (2024)

neural circuitsneuroanatomybiophysical reviewneuronscellular physiologyneurosciencenerve signalneurophysiologyneuroethicsneurotransmissionbrain circuitry

Current Flow in Nerve and Mitochondria. (2024)

circulatory physiologyphysiologyneuronselectrophysiologycellular physiologyneuroscienceneurophysiologycurrent flownervous systemneurotransmission

Electrodynamics of Circuits. (2024)

electromagnetismelectrical mobilitycircuit analysiselectrical engineeringelectronicsapplied physics

Electrodynamics of Circuits Version 2. (2024)

computational electromagneticselectromagnetismelectrical mobilityelectromagnetic fieldscircuit analysiscircuits version 2electrical engineeringelectronics

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Robert Eisenberg

Professor

Rush University

Affiliations

College of Health Sciences

Department Of Clinical Nutrition

Department Of Molecular Biophysics And Physiology

Rush University

Robert Eisenberg is currently serving as a College Of Health Sciences Professor at Rush 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

Robert Eisenberg

Rush University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Current Flow in Nerves and Mitochondria: An Electro-Osmotic Approach. Biomolecules (2025)

biophysicsbioelectrochemistryneural circuitsphysiologymembrane transportneuronselectrophysiologycellular physiologybioelectronicsneurophysiologycurrent flow

Displacement Current in Classical and Quantum Systems. Computation (2025)

quantum mechanicsphysicsdisplacement currentquantum theoryquantum dynamicsquantum science

Glymphatic Clearance in the Optic Nerve: A Multidomain Electro-Osmostic Model. Entropy (2025)

neurologyneuronsneuro-ophthalmologyocular surfaceneuroscienceoptic nervenervous systemophthalmologyvisual sciencetrabecular meshwork

Kirchhoff’s Current Law: A Derivation From Maxwell’s Equations. Computation (2025)

Potassium Clearance in Optic Nerve: A Multidomain Model. Frontiers in Bioscience-Landmark (2025)

Shanfeng XiaoHuaxiong HuangRobert EisenbergZilong SongShixin Xu

A Multi-Domain Model for Microcirculation in Optic Nerve: Blood Flow and Oxygen Transport. Physica D Nonlinear Phenomena (2024)

Zilong SongShixin XuRobert EisenbergHuaxiong Huang

physiological opticsretinamulti-domain modelocular surfaceneurosciencebiomedical engineeringneurophysiologyoptic nervenervous systemophthalmology retinaophthalmologyvisual scienceblood flow

Conformations and Currents Make the Nerve Signal. Journal of Mathematical Study (2024)

neural circuitsneuroanatomybiophysical reviewneuronscellular physiologyneurosciencenerve signalneurophysiologyneuroethicsneurotransmissionbrain circuitry

Current Flow in Nerve and Mitochondria. (2024)

circulatory physiologyphysiologyneuronselectrophysiologycellular physiologyneuroscienceneurophysiologycurrent flownervous systemneurotransmission

Electrodynamics of Circuits. (2024)

electromagnetismelectrical mobilitycircuit analysiselectrical engineeringelectronicsapplied physics

Electrodynamics of Circuits Version 2. (2024)

computational electromagneticselectromagnetismelectrical mobilityelectromagnetic fieldscircuit analysiscircuits version 2electrical engineeringelectronics

1
2
3
4
5
17
10 / page