Faculty

Institution

Unit

Venue

Jasna Brujic

Assistant Professor

New York University

Affiliations

Arts & Science

Biology

Physics

Grossman School of Medicine

Vilcek Institute of Graduate Biomedical Sciences

Jasna Brujic is currently serving as an Arts & Science Assistant Professor at New York University.

Honors

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Experiences

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Education

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Jasna Brujic

New York University

Assistant Professor

You can click a keyword to filter the displayed items

biophysics materials science applied physics soft matter dispersion science molecular biology self-assembly molecular biophysics emulsions fluid dynamics protein folding protein science colloidal systems fluid science single molecule biophysics fluid mechanics colloidal materials experimental biophysics dna nanotechnology condensed matter physics interface science molecular self-assembly biomolecular structure colloid chemistry biological macromolecules granular medium structural biology biofabrication protein refolding single molecules complex matter force-clamp spectroscopy compressed emulsion system aerosol science cell adhesion entropy numerical simulations cell biomechanics condensed matter lipid science protein assembly random packing active droplets coordination number phase separation supramolecular assemblies elasticity (physics) macromolecular science cell-matrix interactions foams computational models force-clamp experiments diffusion coefficient single protein contour length engineered disulfide bonds small protein single-molecule force spectroscopy energy landscape glassy dynamics individual unfolding science advance sediment research marine engineering marine pollution nanoparticle research faraday discussion separation technology nonlinear elasticity material modeling fragmentation effect macromolecular chemistry biophysical modeling growth theory chromatin remodeling jammed emulsions biomolecular engineering stress transmission

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evolving Motility of Active Droplets is Captured by a Self-Repelling Random Walk Model. Physical Review Letters (2025)

Wenjun ChenAdrien IzzetRuben ZakineEric ClémentEric Vanden-EijndenJasna Brujic

active dropletsfluid dynamicsevolutionary biology

Measuring Colloidomer Hydrodynamics With Holographic Video Microscopy. Physical review. E (2024)

Jatin AbacousnacJasna BrujicDavid G. Grier

biophysicsmicroscopyphysicsholographic video microscopycolloidomer hydrodynamicsmaterials science

Measuring Colloidomer Hydrodynamics With Holographic Video Microscopy. arXiv (Cornell University) (2024)

biophysicsmicroscopybiological imagingcolloidal systemsrheologycolloidal materialsfluid sciencedispersion sciencecolloidomer hydrodynamics

Metabolically Intact Nuclei Are Fluidized by the Activity of the Chromatin Remodeling Motor Brg1. Biophysical Journal (2024)

Fitzroy J ByfieldBehnaz EftekhariKaeli Kaymak-LovelessKalpana MandalDavid LiRebecca G WellsWenjun ChenJasna BrujicGiulia BergamaschiGijs J L WuiteAlison E PattesonPaul A Janmey

metabolic engineeringcytogeneticschromatin remodelingphysiologycell biomechanicscell biologydevelopmental biologymetabolic remodelingintact nuclei

Refractive-Index and Density-Matched Emulsions With Programmable Dna Interactions. Soft Matter (2024)

Wenjun ChenLucas SixdenierAngus McMullenDavid G. GrierJasna Brujic

biophysicsemulsionsinterface sciencenanotechnologymolecular electronicsdna nanotechnologyoptical propertiessoft matterdispersion scienceapplied physicssoft roboticsprogrammable dna interactionsmaterials sciencedensity-matched emulsions

A Coarse-Grained Simulation Model for Colloidal Self-Assembly via Explicit Mobile Binders. Soft Matter (2023)

Gaurav MitraChuan ChangAngus McMullenDaniela PuchallJasna BrujicGlen M. Hocky

computational modelsself-assemblycolloidal systemscoarse-grained simulation modelmobile binderssoft mattermaterials science

Push-Pull Mechanics of E-Cadherin Ectodomains in Biomimetic Adhesions. Biophysical Journal (2023)

Kartikeya NagendraAdrien IzzetNicolas B. JuddRuben ZakineLeah FriedmanOliver J. HarrisonLéa-Laetitia PontaniLawrence ShapiroBarry HonigJasna Brujic

biophysicspush-pull mechanicsbiomimetic adhesionse-cadherin ectodomainsapplied physicsbiomechanics

A Coarse-Grained Simulation Model for Self-Assembly of Liquid Droplets Featuring Explicit Mobile Binders. arXiv (Cornell University) (2022)

Mitra, GauravChang, ChuanMcMullen, AngusPuchall, DanielaBrujic, JasnaHocky, Glen M.

self-assemblyexplicit mobile binderscoarse-grained simulation modelliquid dropletsapplied physics

Self-Assembly of Emulsion Droplets Through Programmable Folding. Nature (2022)

Angus McMullenMaitane Muñoz BasagoitiZorana ZeravcicJasna Brujic

self-assemblyemulsion dropletsprogrammable foldingapplied physicsmaterials science

Self-Assembly Through Programmable Folding. arXiv (Cornell University) (2022)

McMullen, AngusBasagoiti, Maitane MuñozZeravcic, ZoranaBrujic, Jasna

self-assemblyprogrammable foldingroboticsapplied physicsapplied mathematics

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Jasna Brujic

Assistant Professor

New York University

Affiliations

Arts & Science

Biology

Physics

Grossman School of Medicine

Vilcek Institute of Graduate Biomedical Sciences

Jasna Brujic is currently serving as an Arts & Science Assistant Professor at New York 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

Jasna Brujic

New York University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evolving Motility of Active Droplets is Captured by a Self-Repelling Random Walk Model. Physical Review Letters (2025)

Wenjun ChenAdrien IzzetRuben ZakineEric ClémentEric Vanden-EijndenJasna Brujic

active dropletsfluid dynamicsevolutionary biology

Measuring Colloidomer Hydrodynamics With Holographic Video Microscopy. Physical review. E (2024)

Jatin AbacousnacJasna BrujicDavid G. Grier

biophysicsmicroscopyphysicsholographic video microscopycolloidomer hydrodynamicsmaterials science

Measuring Colloidomer Hydrodynamics With Holographic Video Microscopy. arXiv (Cornell University) (2024)

biophysicsmicroscopybiological imagingcolloidal systemsrheologycolloidal materialsfluid sciencedispersion sciencecolloidomer hydrodynamics

Metabolically Intact Nuclei Are Fluidized by the Activity of the Chromatin Remodeling Motor Brg1. Biophysical Journal (2024)

Fitzroy J ByfieldBehnaz EftekhariKaeli Kaymak-LovelessKalpana MandalDavid LiRebecca G WellsWenjun ChenJasna BrujicGiulia BergamaschiGijs J L WuiteAlison E PattesonPaul A Janmey

metabolic engineeringcytogeneticschromatin remodelingphysiologycell biomechanicscell biologydevelopmental biologymetabolic remodelingintact nuclei

Refractive-Index and Density-Matched Emulsions With Programmable Dna Interactions. Soft Matter (2024)

Wenjun ChenLucas SixdenierAngus McMullenDavid G. GrierJasna Brujic

A Coarse-Grained Simulation Model for Colloidal Self-Assembly via Explicit Mobile Binders. Soft Matter (2023)

Gaurav MitraChuan ChangAngus McMullenDaniela PuchallJasna BrujicGlen M. Hocky

computational modelsself-assemblycolloidal systemscoarse-grained simulation modelmobile binderssoft mattermaterials science

Push-Pull Mechanics of E-Cadherin Ectodomains in Biomimetic Adhesions. Biophysical Journal (2023)

Kartikeya NagendraAdrien IzzetNicolas B. JuddRuben ZakineLeah FriedmanOliver J. HarrisonLéa-Laetitia PontaniLawrence ShapiroBarry HonigJasna Brujic

biophysicspush-pull mechanicsbiomimetic adhesionse-cadherin ectodomainsapplied physicsbiomechanics

A Coarse-Grained Simulation Model for Self-Assembly of Liquid Droplets Featuring Explicit Mobile Binders. arXiv (Cornell University) (2022)

Mitra, GauravChang, ChuanMcMullen, AngusPuchall, DanielaBrujic, JasnaHocky, Glen M.

self-assemblyexplicit mobile binderscoarse-grained simulation modelliquid dropletsapplied physics

Self-Assembly of Emulsion Droplets Through Programmable Folding. Nature (2022)

Angus McMullenMaitane Muñoz BasagoitiZorana ZeravcicJasna Brujic

self-assemblyemulsion dropletsprogrammable foldingapplied physicsmaterials science

Self-Assembly Through Programmable Folding. arXiv (Cornell University) (2022)

McMullen, AngusBasagoiti, Maitane MuñozZeravcic, ZoranaBrujic, Jasna

self-assemblyprogrammable foldingroboticsapplied physicsapplied mathematics

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5
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