Faculty

Institution

Unit

Venue

Daniel G Pearce

Lecturer

University of California, Santa Cruz

Affiliations

Humanities

Writing

Daniel G Pearce is currently serving as a Humanities Lecturer at University of California, Santa Cruz.

Honors

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Experiences

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Education

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Daniel G Pearce

University of California, Santa Cruz

Lecturer

You can click a keyword to filter the displayed items

applied physics biophysics physics behavioral sciences entomology morphology (biology) surface science avian biology defect formation bacteriology active matter bacterial colonies mechanics network science cytoskeleton fluid dynamics geobiology ornithology animal behavior wildlife behavioral ecology science advance reproductive science reproductive biology wildlife ecology collective motion breeding behavior movement ecology self-organization elasticity (physics) bird flocks active nematic toroids curvature-induced defect unbinding cytoskeletal networks cooperative ordering crosslinker zapa geometrical control active turbulence curved topographies confinement-induced self-organization cellular geometry motile sperm aggregates metric-free swarms density regulation nematic cell monolayers

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hyperuniform Active Matter. Research Square (Research Square) (2024)

Alberto Fernandez-NievesAlexis de la CotteDaniel PearceJyothishraj NambisanAviv LevyLuca Giomi

physicsactive mattercondensed matter physicshyperuniform active matter

Chiral Edge Current in Nematic Cell Monolayers. Physical Review. X (2022)

V. YashunskyD. J. G. PearceC. Blanch-MercaderF. AscioneP. SilberzanL. Giomi

physicsbiophysicselectrophysiologynematic cell monolayersapplied physicsmembrane biologyneurophysiology

Confinement-Induced Self-Organization in Growing Bacterial Colonies. Science advances (2021)

Zhihong YouDaniel J. G. PearceLuca Giomi

confinement-induced self-organizationdevelopmental biologybacteriologymicrobial ecologyscience advanceself-organizationbacterial colonies

Defect-Driven Shape Transitions in Elastic Active Nematic Shells. arXiv (Cornell University) (2020)

Pearce, D. J. G.Gat, S.Livne, G.Bernheim-Groswasser, A.Kruse, K.

materials sciencebiophysicselasticity (physics)defect formationmorphology (biology)defect-driven shape transitionsapplied physics

Defect Order in Active Nematics on a Curved Surface. New journal of physics (2020)

D J G Pearce

physicsbiophysicscurved surfacesurface sciencedefect orderapplied physicsactive nematics

Activity Driven Orientational Order in Active Nematic Liquid Crystals on an Anisotropic Substrate. Physical review letters (2019)

D. J. G. Pearce

orientational orderbiophysicssurface scienceactive matterphysical activityanisotropic substrateapplied physicsneuroscience

Cooperative Ordering of Treadmilling Filaments in Cytoskeletal Networks of Ftsz and Its Crosslinker Zapa. Nature communications (2019)

Paulo CaldasMar López-PelegrínDaniel J. G. PearceNazmi Burak BudanurJan BruguésMartin Loose

cytoskeletonmechanical engineeringcytoskeletal networkssystems biologycrosslinker zapanetwork sciencecooperative orderingcell biology

Geometrical Control of Active Turbulence in Curved Topographies. Physical Review Letters (2019)

D. J. G. PearcePerry W. EllisAlberto Fernandez-NievesL. Giomi

fluid dynamicsgeometrical controlcurved topographiesactive turbulenceapplied physics

Cellular Geometry Controls the Efficiency of Motile Sperm Aggregates. Journal of the Royal Society interface (2018)

D. J. G. PearceL. A. HoogerbruggeK. A. HookH. S. FisherL. Giomi

motile sperm aggregatesavian biologycellular geometryreproductive sciencemorphology (biology)entomologypopulation biologyreproductive biologydevelopmental biologycell biology

Geometry and Mechanics of Microdomains in Growing Bacterial Colonies. Physical Review. X (2018)

Zhihong YouDaniel J. G. PearceAnupam SenguptaLuca Giomi

physicsbiophysicsbacteriologygeobiologyapplied physicsbacterial coloniesbiomechanics

1
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Daniel G Pearce

Lecturer

University of California, Santa Cruz

Affiliations

Humanities

Writing

Daniel G Pearce is currently serving as a Humanities Lecturer at University of California, Santa Cruz.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daniel G Pearce

University of California, Santa Cruz

Lecturer

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hyperuniform Active Matter. Research Square (Research Square) (2024)

Alberto Fernandez-NievesAlexis de la CotteDaniel PearceJyothishraj NambisanAviv LevyLuca Giomi

physicsactive mattercondensed matter physicshyperuniform active matter

Chiral Edge Current in Nematic Cell Monolayers. Physical Review. X (2022)

V. YashunskyD. J. G. PearceC. Blanch-MercaderF. AscioneP. SilberzanL. Giomi

physicsbiophysicselectrophysiologynematic cell monolayersapplied physicsmembrane biologyneurophysiology

Confinement-Induced Self-Organization in Growing Bacterial Colonies. Science advances (2021)

Zhihong YouDaniel J. G. PearceLuca Giomi

confinement-induced self-organizationdevelopmental biologybacteriologymicrobial ecologyscience advanceself-organizationbacterial colonies

Defect-Driven Shape Transitions in Elastic Active Nematic Shells. arXiv (Cornell University) (2020)

Pearce, D. J. G.Gat, S.Livne, G.Bernheim-Groswasser, A.Kruse, K.

materials sciencebiophysicselasticity (physics)defect formationmorphology (biology)defect-driven shape transitionsapplied physics

Defect Order in Active Nematics on a Curved Surface. New journal of physics (2020)

D J G Pearce

physicsbiophysicscurved surfacesurface sciencedefect orderapplied physicsactive nematics

Activity Driven Orientational Order in Active Nematic Liquid Crystals on an Anisotropic Substrate. Physical review letters (2019)

D. J. G. Pearce

orientational orderbiophysicssurface scienceactive matterphysical activityanisotropic substrateapplied physicsneuroscience

Cooperative Ordering of Treadmilling Filaments in Cytoskeletal Networks of Ftsz and Its Crosslinker Zapa. Nature communications (2019)

Paulo CaldasMar López-PelegrínDaniel J. G. PearceNazmi Burak BudanurJan BruguésMartin Loose

cytoskeletonmechanical engineeringcytoskeletal networkssystems biologycrosslinker zapanetwork sciencecooperative orderingcell biology

Geometrical Control of Active Turbulence in Curved Topographies. Physical Review Letters (2019)

D. J. G. PearcePerry W. EllisAlberto Fernandez-NievesL. Giomi

fluid dynamicsgeometrical controlcurved topographiesactive turbulenceapplied physics

Cellular Geometry Controls the Efficiency of Motile Sperm Aggregates. Journal of the Royal Society interface (2018)

D. J. G. PearceL. A. HoogerbruggeK. A. HookH. S. FisherL. Giomi

motile sperm aggregatesavian biologycellular geometryreproductive sciencemorphology (biology)entomologypopulation biologyreproductive biologydevelopmental biologycell biology

Geometry and Mechanics of Microdomains in Growing Bacterial Colonies. Physical Review. X (2018)

Zhihong YouDaniel J. G. PearceAnupam SenguptaLuca Giomi

physicsbiophysicsbacteriologygeobiologyapplied physicsbacterial coloniesbiomechanics

1
2
10 / page

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mechanistic photochemistry

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biophysics

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applied physics

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biofluid dynamic

complex matter

M. Lisa Manning

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