Faculty

Institution

Unit

Venue

Padma Gopalan

Associate Chair of Graduate Studies

University of Wisconsin–Madison

Affiliations

College of Engineering

Chemical and Biological Engineering

Electrical & Computer Engineering

Materials Science & Engineering

College of Letters & Science

Chemistry

Padma Gopalan is currently serving as a Chemical And Biological Engineering Associate Chair of Graduate Studies at University of Wisconsin–Madison.

Honors

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Experiences

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Education

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Padma Gopalan

University of Wisconsin–Madison

Associate Chair of Graduate Studies

You can click a keyword to filter the displayed items

materials science nanotechnology polymer science applied physics nanomaterials materials engineering optoelectronics electronic materials polymer engineering surface science polymer technology nanoengineering material chemistry additive manufacturing chemical engineering electronics advanced materials organic electronics engineering solid-state electronics surface nanotechnology semiconductor nanostructures polymer nanotechnology material research semiconductor technology macromolecular science composite science interface science nanoparticle research membrane science surface modification semiconductor device fabrication nanometrology functional nanomaterials semiconductor devices carbon-based materials interface chemistry polymer synthesis printed electronics nanostructure synthesis nanobiotechnology infrared spectroscopy nanoscale science surface functionalization surface nanoengineering biopolymers condensed matter polymer composites surface chemistry block co-polymers polymer self-assembly block copolymer advanced manufacturing technologies plant science molecular science enzyme immobilization charge transport fabrication techniques macromolecular architecture chemical patterns density multiplication directed assembly nanolithography method supramolecular assemblies current density polymer brushes poss-containing block copolymers block copolymer microdomains block copolymer films graphoepitaxial assembly phase behavior block copolymers line edge roughness electro-optic polymer broadband modulation nanoperforated graphene materials electro-optic materials photopolymer network molecular engineering self-assembly polymeric materials polymer chemistry molecular design

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Decellularized Plant Leaf as an Emerging Biomaterial Platform. ACS Biomaterials Science & Engineering (2024)

Junsu YunMina ChoMatthew CulverDaniel P. PearceChanul KimColleen M. WitzenburgWilliam L. MurphyPadma Gopalan

decellularized plant leafbiomaterials designbiomaterialsbiomaterial platformbiological engineering

Correction to Emergent Dispersion and Sorting Behaviors of Carbon Nanotubes When Combining Short Conjugated Oligomers With Nonconjugated Coil Segments. Macromolecules (2024)

Stephanie Oliveras-SantosSongying LiNilabja MaityMichael S. ArnoldPadma Gopalan

materials sciencematerial chemistrysurface scienceelectronic materialschemical engineeringmaterials engineeringmacromolecular chemistrynanoparticle researchmolecular sortingnanoscale chemistrynonconjugated coil segmentschemistryfragmentation effectnanomaterialsnanotechnologymacromolecular sciencenanoengineering

Nanopyramid Semipolar Quantum Dot Led Through Selective Area Growth. (2024)

Cheng LiuNikhil PokharelQinchen LinMiguel A. Betancourt PonceShining XuGuangying WangSurjava SanyalPadma GopalanChirag GuptaShubhra S. PasayatLuke J. Mawst

selective area growthnanotechnologyquantum dots

Patterning and Epitaxy of Large-Area Arrays of Nanoscale Complex Oxide Epitaxial Heterostructures. APL Materials (2024)

Miguel A. Betancourt-PonceRui LiuJian SunPaul G. EvansPadma Gopalan

epitaxial growthmaterials sciencetechnologyadditive manufacturingmaterial researchmaterials engineeringlayered materialsepitaxial heterostructuresadvanced materialslarge-area arraysnanomaterialsapplied physicsnanotechnologynanostructure synthesischaracterization (materials science)

Polymer Brush Growth by Surface‐Initiated Ring‐Opening Polymerization From a Cross‐Linked Polymer Thin Film. Advanced Functional Materials (2024)

Miguel Betancourt‐PonceBharathan GovindarajanJacob PikePadma Gopalan

thin filmsmaterials scienceadvanced functional materialssurface sciencesurface modificationpolymer brush growthsurface-initiated ring-opening polymerizationpolymer science

Porous Morphology of High Grafting Density Mixed Polyelectrolyte Brushes Grown From a Y-Inimer Coating. Langmuir (2024)

Julia D. SmithRi ChenNicolas Noriega OsoresPadma Gopalan

materials sciencepolymer technologybiomedical engineeringsurface sciencechemical engineeringmaterials engineeringporous morphologysurface nanotechnologycoatingsy-inimer coatingpolymer science

Selective Oxidation and Removal of Hydrocarbons From Carbon Nanotubes Using Reactive Yttrium Films. Carbon (2024)

Sean M. ForadoriKatherine A. SuJames B. UnzagaAbitha DhavamaniXiaoqi ZhengMiguel A. Betancourt PoncePadma GopalanMichael S. Arnold

environmental engineeringmaterials scienceoxidation resistanceselective oxidationchemical engineeringreactive yttrium filmscarboncarbon nanotubesnanotechnologynanoengineering

Aligned Skeletal Muscle Assembly on a Biofunctionalized Plant Leaf Scaffold. Acta Biomaterialia (2023)

Junsu YunSamantha RobertsonChanul KimMasatoshi SuzukiWilliam L. MurphyPadma Gopalan

plant biologyplant physiologyplant biotechnologyplant geneticsskeletal muscleplant sciencestructural biologysynthetic plant biologyagricultural biotechnologyskeletal muscle assemblyplant developmentbiomaterialsdevelopmental biologybiomechanicssoil biologybiomedical engineeringbiofunctionalized plant leaftissue engineeringbiomolecular engineering

Block Copolymer Additives for Toughening 3D Printable Epoxy Resin. Giant (2023)

Ri ChenJizhe CaiKyle C. H. ChinSheng WangAndrew J. BoydstonRamathasan ThevamaranPadma Gopalan

polymer engineeringmaterials sciencepolymer technologymechanical engineeringadvanced materialspolymer scienceblock copolymer additives3d printingadditive manufacturing

Bottom-Up Synthesis of Mesoscale Nanomeshes of Graphene Nanoribbons on Germanium. APL Materials (2023)

Vivek SaraswatAustin J. WayXiaoqi ZhengRobert M. JacobbergerSebastian ManzoNikhil TiwaleJonathan H. DwyerJason K. KawasakiChang-Yong NamPadma GopalanMichael S. Arnold

thin filmsmaterials sciencematerial chemistrysurface sciencematerial researchbottom-up synthesisnanostructure synthesissurface nanoengineeringadvanced materialsnanomaterialsapplied physicsnanotechnologycomposite sciencegraphene nanoribbonsengineering

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Padma Gopalan

Associate Chair of Graduate Studies

University of Wisconsin–Madison

Affiliations

College of Engineering

Chemical and Biological Engineering

Electrical & Computer Engineering

Materials Science & Engineering

College of Letters & Science

Chemistry

Padma Gopalan is currently serving as a Chemical And Biological Engineering Associate Chair of Graduate Studies at University of Wisconsin–Madison.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Padma Gopalan

University of Wisconsin–Madison

Associate Chair of Graduate Studies

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characterization of Decellularized Plant Leaf as an Emerging Biomaterial Platform. ACS Biomaterials Science & Engineering (2024)

Junsu YunMina ChoMatthew CulverDaniel P. PearceChanul KimColleen M. WitzenburgWilliam L. MurphyPadma Gopalan

decellularized plant leafbiomaterials designbiomaterialsbiomaterial platformbiological engineering

Correction to Emergent Dispersion and Sorting Behaviors of Carbon Nanotubes When Combining Short Conjugated Oligomers With Nonconjugated Coil Segments. Macromolecules (2024)

Stephanie Oliveras-SantosSongying LiNilabja MaityMichael S. ArnoldPadma Gopalan

Nanopyramid Semipolar Quantum Dot Led Through Selective Area Growth. (2024)

Cheng LiuNikhil PokharelQinchen LinMiguel A. Betancourt PonceShining XuGuangying WangSurjava SanyalPadma GopalanChirag GuptaShubhra S. PasayatLuke J. Mawst

selective area growthnanotechnologyquantum dots

Patterning and Epitaxy of Large-Area Arrays of Nanoscale Complex Oxide Epitaxial Heterostructures. APL Materials (2024)

Miguel A. Betancourt-PonceRui LiuJian SunPaul G. EvansPadma Gopalan

Polymer Brush Growth by Surface‐Initiated Ring‐Opening Polymerization From a Cross‐Linked Polymer Thin Film. Advanced Functional Materials (2024)

Miguel Betancourt‐PonceBharathan GovindarajanJacob PikePadma Gopalan

thin filmsmaterials scienceadvanced functional materialssurface sciencesurface modificationpolymer brush growthsurface-initiated ring-opening polymerizationpolymer science

Porous Morphology of High Grafting Density Mixed Polyelectrolyte Brushes Grown From a Y-Inimer Coating. Langmuir (2024)

Julia D. SmithRi ChenNicolas Noriega OsoresPadma Gopalan

materials sciencepolymer technologybiomedical engineeringsurface sciencechemical engineeringmaterials engineeringporous morphologysurface nanotechnologycoatingsy-inimer coatingpolymer science

Selective Oxidation and Removal of Hydrocarbons From Carbon Nanotubes Using Reactive Yttrium Films. Carbon (2024)

Sean M. ForadoriKatherine A. SuJames B. UnzagaAbitha DhavamaniXiaoqi ZhengMiguel A. Betancourt PoncePadma GopalanMichael S. Arnold

environmental engineeringmaterials scienceoxidation resistanceselective oxidationchemical engineeringreactive yttrium filmscarboncarbon nanotubesnanotechnologynanoengineering

Aligned Skeletal Muscle Assembly on a Biofunctionalized Plant Leaf Scaffold. Acta Biomaterialia (2023)

Junsu YunSamantha RobertsonChanul KimMasatoshi SuzukiWilliam L. MurphyPadma Gopalan

Block Copolymer Additives for Toughening 3D Printable Epoxy Resin. Giant (2023)

Ri ChenJizhe CaiKyle C. H. ChinSheng WangAndrew J. BoydstonRamathasan ThevamaranPadma Gopalan

polymer engineeringmaterials sciencepolymer technologymechanical engineeringadvanced materialspolymer scienceblock copolymer additives3d printingadditive manufacturing

Bottom-Up Synthesis of Mesoscale Nanomeshes of Graphene Nanoribbons on Germanium. APL Materials (2023)

Vivek SaraswatAustin J. WayXiaoqi ZhengRobert M. JacobbergerSebastian ManzoNikhil TiwaleJonathan H. DwyerJason K. KawasakiChang-Yong NamPadma GopalanMichael S. Arnold

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bio-inspired surface assemblies

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