Faculty

Institution

Unit

Venue

Michael Broide

Associate Professor of Physics

Lewis & Clark College

Affiliations

The College

Department Of Physics

Division Of Arts And Humanities

computer lab

Michael Broide is currently serving as a Physics Associate Professor of Physics at Lewis & Clark College.

Honors

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Experiences

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Education

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Michael Broide

Lewis & Clark College

Associate Professor of Physics

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biophysics phase transitions statistical physics dispersion science colloid chemistry colloidal systems colloidal materials biochemistry evolutionary biology ecology molecular biophysics protein structure biophysical chemistry morphology (biology) geomechanics entomology rheology biological macromolecules protein science structural molecular biology biomolecular structure molecular liquids tribology friction applied physiology cellular physiology statistical mechanics nonlinear phenomena protein chemistry protein phase separation protein assembly mechanical behavior skeletal muscle human physiology stochastic phenomena fragmentation effect colloidal property phase separation classical mechanics protein interactions rate-dependent frictional adhesion nonfractal colloidal aggregation discrete fragmentation processes colloidal aggregation optical properties material chemistry interface science materials science molecular engineering chemical physics material research molecular modelling nanotechnology crystal engineering interface (matter) molecular crystals physical chemistry soft matter liquid crystals crystal growth nanoparticles fluid science microscopy light science spectroscopy crystal research molecular structure molecular physics physics theoretical chemistry chemistry atomic physics crystallography molecular science optical materials vibrational spectroscopy condensed matter molecular models self-assembly applied physics quantum chemistry nanoparticle research complex fluids raman spectroscopy biophysical review

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unraveling a Classical Mechanics Brain Twister. American Journal of Physics (2011)

Norman ParisMichael L. Broide

classical mechanicsnonlinear phenomenadynamical systemsapplied physicsphysicsmechanicsmechanical engineering

Rate-Dependent Frictional Adhesion in Natural and Synthetic Gecko Setae. Journal of The Royal Society Interface (2009)

Nick GravishMatt WilkinsonSimon SponbergAaron ParnessNoe EsparzaDaniel SotoTetsuo YamaguchiMichael BroideMark CutkoskyCostantino CretonKellar Autumn

biophysicsrate-dependent frictional adhesionmorphology (biology)mechanical behaviorevolutionary biologygeomechanicstribologyentomologyrheologyecologyfrictionbiomechanics

Hypochlorous Acid Modifies Calcium Release Channel Function From Skeletal Muscle Sarcoplasmic Reticulum. Journal of Applied Physiology (2003)

Terence G. FaveroJason WebbMaria PapiezErin FisherRobert J. TrippichioMichael BroideJonathan J. Abramson

biophysicsinflammationapplied physiologyskeletal muscleelectrophysiologyhuman physiologypharmacologymembrane biologyphysiologyneurophysiologycellular physiologyexercise physiology

Using Phase Transitions to Investigate the Effect of Salts on Protein Interactions. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (1996)

biophysicsbiological macromoleculesprotein sciencemolecular biophysicsprotein structurestructural molecular biologybiochemistrybiomolecular structureprotein chemistryphase transitionsmolecular liquidsprotein interactionsprotein phase separationbiophysical chemistryprotein assembly

Fluctuations in Discrete Fragmentation Processes Studied by Stochastic Simulations. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (1995)

stochastic phenomenaapplied mathematicsfragmentation effectdiscrete fragmentation processesapplied probabilitystatistical physicsstatistical mechanicsstochastic process

Nonfractal Colloidal Aggregation. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (1993)

biophysicscolloid chemistrycolloidal systemsdispersion sciencestatistical physicscolloidal materialsself-assemblyphase transitionsnonfractal colloidal aggregationsoft mattercomplex fluids

Colloidal Aggregation in a Binary Mixture Near Its Demixing Temperature. MRS Proceedings (1992)

colloid chemistrycolloidal propertycolloidal systemsdispersion sciencecolloidal aggregationphase separationstatistical physicscolloidal materialsself-assemblythermodynamicsphase transitionsmaterials sciencesoft matterphysicsdiffusioncomplex fluids

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Michael Broide

Associate Professor of Physics

Lewis & Clark College

Affiliations

The College

Department Of Physics

Division Of Arts And Humanities

computer lab

Michael Broide is currently serving as a Physics Associate Professor of Physics at Lewis & Clark College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Broide

Lewis & Clark College

Associate Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unraveling a Classical Mechanics Brain Twister. American Journal of Physics (2011)

Norman ParisMichael L. Broide

classical mechanicsnonlinear phenomenadynamical systemsapplied physicsphysicsmechanicsmechanical engineering

Rate-Dependent Frictional Adhesion in Natural and Synthetic Gecko Setae. Journal of The Royal Society Interface (2009)

Nick GravishMatt WilkinsonSimon SponbergAaron ParnessNoe EsparzaDaniel SotoTetsuo YamaguchiMichael BroideMark CutkoskyCostantino CretonKellar Autumn

biophysicsrate-dependent frictional adhesionmorphology (biology)mechanical behaviorevolutionary biologygeomechanicstribologyentomologyrheologyecologyfrictionbiomechanics

Hypochlorous Acid Modifies Calcium Release Channel Function From Skeletal Muscle Sarcoplasmic Reticulum. Journal of Applied Physiology (2003)

Terence G. FaveroJason WebbMaria PapiezErin FisherRobert J. TrippichioMichael BroideJonathan J. Abramson

biophysicsinflammationapplied physiologyskeletal muscleelectrophysiologyhuman physiologypharmacologymembrane biologyphysiologyneurophysiologycellular physiologyexercise physiology

Using Phase Transitions to Investigate the Effect of Salts on Protein Interactions. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (1996)

Fluctuations in Discrete Fragmentation Processes Studied by Stochastic Simulations. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (1995)

stochastic phenomenaapplied mathematicsfragmentation effectdiscrete fragmentation processesapplied probabilitystatistical physicsstatistical mechanicsstochastic process

Nonfractal Colloidal Aggregation. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (1993)

biophysicscolloid chemistrycolloidal systemsdispersion sciencestatistical physicscolloidal materialsself-assemblyphase transitionsnonfractal colloidal aggregationsoft mattercomplex fluids

Colloidal Aggregation in a Binary Mixture Near Its Demixing Temperature. MRS Proceedings (1992)

1
10 / page