Faculty

Institution

Unit

Venue

Paul Rothemund

Visiting Associate in Computing and Mathematical Sciences and Computation and Neural Systems

California Institute of Technology

Affiliations

Division of Biology and Biological Engineering

Bioengineering

Biological Engineering

Paul Rothemund is currently serving as a Bioengineering Visiting Associate in Computing and Mathematical Sciences and Computation and Neural Systems at California Institute of Technology.

Honors

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Experiences

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Education

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Paul Rothemund

California Institute of Technology

Visiting Associate in Computing and Mathematical Sciences and Computation and Neural Systems

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nanotechnology biomolecular engineering dna nanotechnology nanobiotechnology computer science self-assembly biological engineering molecular biology nanoengineering nanomaterials rna biology algorithmic self-assembly dna origami bioinformatics computational biology robotics machine learning nucleic acids supramolecular assemblies self-assembled squares program-size complexity autonomous polymerization motor dna hybridization dna origami placement plo biology combinatorial optimization computer-aided design nature dna computing biomaterials design molecular design surface nanotechnology nanolithography method polymer engineering molecular biotechnology polymer technology nucleation turing machine data encryption standard satisfiability timing analysis event processing temporal logic nanoscale science gene regulation dna analysis lipid science ontology modularity modular forms nanostructure synthesis shape analysis shape modeling molecular self-assembly nanoscale shapes dna sierpinski triangles dna computer individual dna shapes single-stranded architecture rna nanostructures cotranscriptional folding information-bearing seed precision placement biotechnology advance laboratory investigation biochemical engineering process biochemistry biotechnology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Co-Transcriptional Production of Programmable Rna Condensates and Synthetic Organelles. Nature Nanotechnology (2024)

Giacomo FabriniNada FaragSabrina Pia NuccioShiyi LiJaimie Marie StewartAnli A TangReece McCoyRóisín M OwensPaul W K RothemundElisa FrancoMarco Di AntonioLorenzo Di Michele

co-transcriptional productionbiotechnologysynthetic organellesbiomolecular engineeringprogrammable rna condensatesmolecular biologyrna biologybiological engineeringgene regulation

Modular Dna Origami–Based Electrochemical Detection of Dna and Proteins. Proceedings of the National Academy of Sciences (2024)

Byoung-jin JeonMatteo M. GuareschiJaimie Marie StewartEmily WuAshwin GopinathNetzahualcóyotl Arroyo-CurrásPhilippe Dauphin-DucharmeKevin W. PlaxcoPhilip S. LukemanPaul W. K. Rothemund

geneticsdna analysismolecular biologybiological engineeringelectrochemistry

Modular Rna Motifs for Orthogonal Phase Separated Compartments. Nature Communications (2024)

Jaimie Marie StewartShiyi LiAnli A. TangMelissa Ann KlockeMartin Vincent GobryGiacomo FabriniLorenzo Di MichelePaul W. K. RothemundElisa Franco

modular rna motifsorthogonal phasebiophysicsrna biologymolecular biologystructural biologycell biology

Digital Nanoreactors to Control Absolute Stoichiometry and Spatiotemporal Behavior of Dna Receptors Within Lipid Bilayers. Nature Communications (2023)

Vishal MaingiZhao ZhangChris ThachukNamita SarrafEdwin R. ChapmanPaul W. K. Rothemund

nanobiotechnologybiophysicsdigital nanoreactorsabsolute stoichiometrylipid bilayersdna receptorsmembrane biologyspatiotemporal behaviornanotechnologybiological engineeringcell biology

Absolute and Arbitrary Orientation of Single-Molecule Shapes. Science (2021)

Ashwin GopinathChris ThachukAnya MitskovetsHarry A. AtwaterDavid KirkpatrickPaul W. K. Rothemund

biophysicssingle-molecule shapesarbitrary orientationstructural biologynanotechnology

Bench-Top Fabrication of Single-Molecule Nanoarrays by Dna Origami Placement. ACS Nano (2021)

Rishabh M. ShettySarah R. BradyPaul W. K. RothemundRizal F. HariadiAshwin Gopinath

nanobiotechnologybench-top fabricationdna nanotechnologysingle-molecule nanoarraysdna origami placementbiomolecular engineeringnanotechnology

Rna Origami Design Tools Enable Cotranscriptional Folding of Kilobase-Sized Nanoscaffolds. Nature Chemistry (2021)

Cody GearyGuido GrossiEwan K. S. McRaePaul W. K. RothemundEbbe S. Andersen

nanobiotechnologykilobase-sized nanoscaffoldsnanoscale sciencedna nanotechnologyrna origami designbiomolecular engineeringmolecular biologyrna biologynanotechnologybiological engineering

Low-Cost, Bottom-Up Fabrication of Large-Scale Single-Molecule Nanoarrays by Dna Origami Placement. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Rishabh M. ShettySarah R. BradyPaul W. K. RothemundRizal F. HariadiAshwin Gopinath

nanobiotechnologybottom-up fabricationdna origami placementlarge-scale single-molecule nanoarraysbiomolecular engineeringnanotechnology

Properties of Dna- and Protein-Scaffolded Lipid Nanodiscs. ACS Nano (2020)

Vishal MaingiPaul W. K. Rothemund

nanobiotechnologymaterials sciencedna nanotechnologylipid sciencegeneticsbiomolecular engineeringnanomaterialsnanotechnologynucleic acids

Branched Kissing Loops for the Construction of Diverse Rna Homooligomeric Nanostructures. Nature Chemistry (2019)

Di LiuCody GearyGang ChenYaming ShaoMo LiChengde MaoEbbe S. AndersenJoseph A. PiccirilliPaul W. K. RothemundYossi Weizmann

nanobiotechnologymaterials sciencedna nanotechnologynanostructure synthesisbiomolecular engineeringnanotechnologybiological engineering

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Paul Rothemund

Visiting Associate in Computing and Mathematical Sciences and Computation and Neural Systems

California Institute of Technology

Affiliations

Division of Biology and Biological Engineering

Bioengineering

Biological Engineering

Paul Rothemund is currently serving as a Bioengineering Visiting Associate in Computing and Mathematical Sciences and Computation and Neural Systems at California Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Paul Rothemund

California Institute of Technology

Visiting Associate in Computing and Mathematical Sciences and Computation and Neural Systems

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Co-Transcriptional Production of Programmable Rna Condensates and Synthetic Organelles. Nature Nanotechnology (2024)

Giacomo FabriniNada FaragSabrina Pia NuccioShiyi LiJaimie Marie StewartAnli A TangReece McCoyRóisín M OwensPaul W K RothemundElisa FrancoMarco Di AntonioLorenzo Di Michele

co-transcriptional productionbiotechnologysynthetic organellesbiomolecular engineeringprogrammable rna condensatesmolecular biologyrna biologybiological engineeringgene regulation

Modular Dna Origami–Based Electrochemical Detection of Dna and Proteins. Proceedings of the National Academy of Sciences (2024)

Byoung-jin JeonMatteo M. GuareschiJaimie Marie StewartEmily WuAshwin GopinathNetzahualcóyotl Arroyo-CurrásPhilippe Dauphin-DucharmeKevin W. PlaxcoPhilip S. LukemanPaul W. K. Rothemund

geneticsdna analysismolecular biologybiological engineeringelectrochemistry

Modular Rna Motifs for Orthogonal Phase Separated Compartments. Nature Communications (2024)

Jaimie Marie StewartShiyi LiAnli A. TangMelissa Ann KlockeMartin Vincent GobryGiacomo FabriniLorenzo Di MichelePaul W. K. RothemundElisa Franco

modular rna motifsorthogonal phasebiophysicsrna biologymolecular biologystructural biologycell biology

Digital Nanoreactors to Control Absolute Stoichiometry and Spatiotemporal Behavior of Dna Receptors Within Lipid Bilayers. Nature Communications (2023)

Vishal MaingiZhao ZhangChris ThachukNamita SarrafEdwin R. ChapmanPaul W. K. Rothemund

nanobiotechnologybiophysicsdigital nanoreactorsabsolute stoichiometrylipid bilayersdna receptorsmembrane biologyspatiotemporal behaviornanotechnologybiological engineeringcell biology

Absolute and Arbitrary Orientation of Single-Molecule Shapes. Science (2021)

Ashwin GopinathChris ThachukAnya MitskovetsHarry A. AtwaterDavid KirkpatrickPaul W. K. Rothemund

biophysicssingle-molecule shapesarbitrary orientationstructural biologynanotechnology

Bench-Top Fabrication of Single-Molecule Nanoarrays by Dna Origami Placement. ACS Nano (2021)

Rishabh M. ShettySarah R. BradyPaul W. K. RothemundRizal F. HariadiAshwin Gopinath

nanobiotechnologybench-top fabricationdna nanotechnologysingle-molecule nanoarraysdna origami placementbiomolecular engineeringnanotechnology

Rna Origami Design Tools Enable Cotranscriptional Folding of Kilobase-Sized Nanoscaffolds. Nature Chemistry (2021)

Cody GearyGuido GrossiEwan K. S. McRaePaul W. K. RothemundEbbe S. Andersen

nanobiotechnologykilobase-sized nanoscaffoldsnanoscale sciencedna nanotechnologyrna origami designbiomolecular engineeringmolecular biologyrna biologynanotechnologybiological engineering

Low-Cost, Bottom-Up Fabrication of Large-Scale Single-Molecule Nanoarrays by Dna Origami Placement. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Rishabh M. ShettySarah R. BradyPaul W. K. RothemundRizal F. HariadiAshwin Gopinath

nanobiotechnologybottom-up fabricationdna origami placementlarge-scale single-molecule nanoarraysbiomolecular engineeringnanotechnology

Properties of Dna- and Protein-Scaffolded Lipid Nanodiscs. ACS Nano (2020)

Vishal MaingiPaul W. K. Rothemund

nanobiotechnologymaterials sciencedna nanotechnologylipid sciencegeneticsbiomolecular engineeringnanomaterialsnanotechnologynucleic acids

Branched Kissing Loops for the Construction of Diverse Rna Homooligomeric Nanostructures. Nature Chemistry (2019)

Di LiuCody GearyGang ChenYaming ShaoMo LiChengde MaoEbbe S. AndersenJoseph A. PiccirilliPaul W. K. RothemundYossi Weizmann

nanobiotechnologymaterials sciencedna nanotechnologynanostructure synthesisbiomolecular engineeringnanotechnologybiological engineering

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theoretical biology

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synthetic biology

biotechnology advance

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