Faculty

Institution

Unit

Venue

Peter M Hoffmann

Adjunct Professor

Wayne State University

Affiliations

College of Liberal Arts and Sciences

Physics and Astronomy

Peter M Hoffmann is currently serving as a College Of Liberal Arts And Sciences Adjunct Professor at Wayne State University.

Honors

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Experiences

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Education

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Peter M Hoffmann

Wayne State University

Adjunct Professor

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applied physics materials science nanotechnology physics biophysics condensed matter physics nanomechanics nanomaterials condensed matter atomic force microscopy surface science nanometrology instrumentation solid mechanics microscopy atomic physics scanning force microscopy analytical instrumentation instrument science direct measurement nanoconfined liquids mechanical science electronics surface nanotechnology nanotribology experimental biophysics nanoconfined liquid interatomic force gradients engineering science nanoparticle research advanced manufacturing technologies enzyme inhibition cellular physiology transition metal chemistry tribology interface science dispersion science physical medicine wetting solid-state chemistry chaos theory advanced design micro technology surface processing surface engineering surface modeling surface characterization surface analysis compression (physics) lipid analysis instrumentation engineering redox chemistry instrument development protective coatings electronic instrumentation carbon-based materials semiconductor technology colloid chemistry colloidal systems surface chemistry interface chemistry interfacial studies island growth dynamic solidification nanoconfined water films energy dissipation atomic loss processes molecular stiffness confined water layers competition assays nonequilibrium conditions key issues molecular forces laboratory investigation undergraduate research physic education soft matter molecular mechanics science writing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Flow-Induced Electromagnetic Field and Surface Roughness on Antifouling Activity of Phenolic Compounds. Biofouling (2024)

Faris AldossariShyue Chen LeongMarran AldossariRamesh Chandra TripathiPeter HoffmannDae-Wook KangDong-Shik Kim

foulingbiophysicspharmacologysurface sciencesurface roughnessphenolic compoundsflow-induced electromagnetic fieldapplied physics

Methods for Making and Observing Model Lipid Droplets. Cell Reports Methods (2024)

Sonali A. GandhiShahnaz ParveenMunirah AlduhailanRamesh TripathiNasser JunediMohammad SaqallahMatthew A. SandersPeter M. HoffmannKatherine TruexJames G. GrannemanChristopher V. Kelly

lipid analysismembrane biologymodel lipid dropletscell biology

Diffusion Dynamics of Water and Ethanol in Graphene Oxide. The Journal of Physical Chemistry B (2023)

Gobin Raj AcharyaMadhusudan TyagiEugene MamontovPeter M. Hoffmann

physicsmaterials sciencediffusion dynamicsphysical chemistrygraphene oxideapplied physicsnanotechnologycarbon-based materials

Electron Transport Through a (Terpyridine)Ruthenium Metallo-Surfactant Containing a Redox-Active Aminocatechol Derivative. Dalton Transactions (2022)

Samudra AmunugamaEyram AsempaRamesh Chandra TripathiDakshika WanniarachchiHabib BaydounPeter HoffmannElena JakubikovaCláudio N. Verani

redox-active aminocatechol derivativepharmacologyredox chemistryelectron transportelectrochemistrytransition metal chemistry

Viscoelasticity and Dynamics of Nanoconfined Water by Atomic Force Microscopy. Bulletin of the American Physical Society (2021)

Peter HoffmannEdward KramkowskiShah Khan

physicsmaterials sciencecondensed mattercondensed matter physicsatomic force microscopynanoconfined waterapplied physics

Live Cell Measurements of Interaction Forces and Binding Kinetics Between Discoidin Domain Receptor 1 (Ddr1) and Collagen I With Atomic Force Microscopy. Biochimica et Biophysica Acta (BBA) - General Subjects (2019)

Anwesha SarkarAnjum SohailJiayin DongMarco PrunottoKazuhiko ShinkiRafael FridmanPeter M. Hoffmann

physiologybiophysicscellular physiologylive cell measurementsatomic force microscopyinteraction forcesstructural biologycell biology

Quantitative Understanding of Biosystems. CRC Press eBooks (2019)

Thomas M. NordlundPeter M. Hoffmann

systems biologyquantitative biologybiosystemsquantitative understanding

Diverging Effects of Nacl and Cscl on the Mechanical Properties of Nanoconfined Water. Journal of The Electrochemical Society (2018)

Shah H. KhanPeter M. Hoffmann

materials sciencemechanical engineeringchemical engineeringelectrochemical engineeringelectrochemical processnanoconfined waternanotechnologyelectrochemical interfaceselectrochemistry

Viscoelastic Properties of Nanoconfined Water Film and the Role of Alkali Salts. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2018)

Shah Haidar KhanPeter Manfred Hoffmann

materials sciencenanoconfined water filmmechanical engineeringelectrochemical engineeringviscoelastic propertiesenvironmental sciencenanomaterialsnanotechnologyalkali saltselectrochemistry

Shah Haidar KhanPeter Manfred Hoffmann

materials sciencenanotechnologynanoconfined waterelectrochemistry

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Peter M Hoffmann

Adjunct Professor

Wayne State University

Affiliations

College of Liberal Arts and Sciences

Physics and Astronomy

Peter M Hoffmann is currently serving as a College Of Liberal Arts And Sciences Adjunct Professor at Wayne State 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

Peter M Hoffmann

Wayne State University

Adjunct Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Flow-Induced Electromagnetic Field and Surface Roughness on Antifouling Activity of Phenolic Compounds. Biofouling (2024)

Faris AldossariShyue Chen LeongMarran AldossariRamesh Chandra TripathiPeter HoffmannDae-Wook KangDong-Shik Kim

foulingbiophysicspharmacologysurface sciencesurface roughnessphenolic compoundsflow-induced electromagnetic fieldapplied physics

Methods for Making and Observing Model Lipid Droplets. Cell Reports Methods (2024)

Sonali A. GandhiShahnaz ParveenMunirah AlduhailanRamesh TripathiNasser JunediMohammad SaqallahMatthew A. SandersPeter M. HoffmannKatherine TruexJames G. GrannemanChristopher V. Kelly

lipid analysismembrane biologymodel lipid dropletscell biology

Diffusion Dynamics of Water and Ethanol in Graphene Oxide. The Journal of Physical Chemistry B (2023)

Gobin Raj AcharyaMadhusudan TyagiEugene MamontovPeter M. Hoffmann

physicsmaterials sciencediffusion dynamicsphysical chemistrygraphene oxideapplied physicsnanotechnologycarbon-based materials

Electron Transport Through a (Terpyridine)Ruthenium Metallo-Surfactant Containing a Redox-Active Aminocatechol Derivative. Dalton Transactions (2022)

Samudra AmunugamaEyram AsempaRamesh Chandra TripathiDakshika WanniarachchiHabib BaydounPeter HoffmannElena JakubikovaCláudio N. Verani

redox-active aminocatechol derivativepharmacologyredox chemistryelectron transportelectrochemistrytransition metal chemistry

Viscoelasticity and Dynamics of Nanoconfined Water by Atomic Force Microscopy. Bulletin of the American Physical Society (2021)

Peter HoffmannEdward KramkowskiShah Khan

physicsmaterials sciencecondensed mattercondensed matter physicsatomic force microscopynanoconfined waterapplied physics

Anwesha SarkarAnjum SohailJiayin DongMarco PrunottoKazuhiko ShinkiRafael FridmanPeter M. Hoffmann

physiologybiophysicscellular physiologylive cell measurementsatomic force microscopyinteraction forcesstructural biologycell biology

Quantitative Understanding of Biosystems. CRC Press eBooks (2019)

Thomas M. NordlundPeter M. Hoffmann

systems biologyquantitative biologybiosystemsquantitative understanding

Diverging Effects of Nacl and Cscl on the Mechanical Properties of Nanoconfined Water. Journal of The Electrochemical Society (2018)

Shah H. KhanPeter M. Hoffmann

materials sciencemechanical engineeringchemical engineeringelectrochemical engineeringelectrochemical processnanoconfined waternanotechnologyelectrochemical interfaceselectrochemistry

Viscoelastic Properties of Nanoconfined Water Film and the Role of Alkali Salts. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2018)

Shah Haidar KhanPeter Manfred Hoffmann

materials sciencenanoconfined water filmmechanical engineeringelectrochemical engineeringviscoelastic propertiesenvironmental sciencenanomaterialsnanotechnologyalkali saltselectrochemistry

Shah Haidar KhanPeter Manfred Hoffmann

materials sciencenanotechnologynanoconfined waterelectrochemistry

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Similar Faculty Members

Keji Lai

Institution

University of Texas at Austin

nanotechnology

complex oxides

Robert Leheny

Institution

Johns Hopkins University

materials science

applied physics

Elisa Riedo

Institution

New York University

biosensor

nano energy

Monica Olvera de la Cruz

Institution

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materials science

applied physics

Simon G. Mochrie

Institution

Yale University

biomedical imaging

laboratory investigation

Richard Superfine

Institution

University of North Carolina at Chapel Hill

microfabrication

lab-on-a-chip

Aaron Lindenberg

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Stanford University

materials science

applied physics

Robert Klie

Institution

University of Illinois Chicago

material properties

molecular crystal

Calvin F. Quate

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microwave synthesis

microwave technology

Paul Hansma

Institution

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pain research

chronic pain