Faculty

Institution

Unit

Venue

John Cumings

Associate Professor Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Materials Science and Engineering

John Cumings is currently serving as an A. James Clark School Of Engineering Associate Professor Professor at University of Maryland, College Park.

Honors

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Experiences

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Education

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John Cumings

University of Maryland, College Park

Associate Professor Professor

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materials science nanotechnology applied physics nanomaterials carbon nanotubes condensed matter physics nanoengineering physics mechanical engineering nanoelectronics electron microscopy materials engineering condensed matter electronics electronic materials mechanical science nanometrology boron nitride nanoscale science graphene nanoparticle research nanomechanics additive manufacturing solid-state electronics advanced energy material energy storage materials surface nanotechnology advanced electrode material carbon metals nano energy nanostructure synthesis charge transport microwave technology thermal engineering semiconductor technology bxcynz nanotubes artificial spin ice fibers chemical sciences borophene hexagonal boron nitride nanoscale chemistry nanoscale modeling solid-state batteries electrochemical energy storage semiconductor devices electron holography transport properties nanotribology nanorobotics nanofibers organic electronics cubic boron nitride nanobiotechnology micromechanics surface nanoengineering silicon nanowires boron nitride nanotubes metal anode sodium battery durability performance novel interface passive control haptic feedback sensor placement superior anode multiwall carbon nanotubes rotational actuators flexible nanopaper transistors critical knowledge gaps single-digit nanopores mass transport ice rule double-wall nanotubes continuous production

Notable Scholarly Works

Notable Federal Grants

Collaborators

Autonomous Epitaxial Atomic-Layer Synthesis via Real-Time Computer Vision of Electron Diffraction. Open MIND (2026)

Breakdown Front Dynamics of Streamer-Like Discharge in Electron-Charged Polymethyl Methacrylate. Journal of Physics D Applied Physics (2026)

Observation and Characterization of Periodic Structure Formation in Dielectric Breakdown Channels of Electron-Irradiated Polymethyl Methacrylate. Journal of Applied Physics (2026)

Sacrificial Polyvinyl Alcohol Substrates to Transfer Atomic Layer Deposition Grown Dielectric Thin Films. Scientific Reports (2026)

Ultrathin Crown Ether-Based Polyamide Membrane for Ion-Ion Separations. Nature Communications (2026)

ion-ion separationschemical engineeringmembrane technologychemistrypolymer membranesmembrane sciencemembranespolymer chemistryelectrochemical engineering

A Facile Synthesis of Bulk Lipon in Solution for Solid-State Electrolytes. Journal of Materials Chemistry A (2025)

Author Response for"a Facile Synthesis of Bulk Lipon in Solution for Solid-State Electrolyte". (2025)

Electrically Insulating Materials for Centrifugal Mirrors. Journal of Nuclear Materials (2025)

From Plasma to Pattern: Observation and Characterization of Periodic Structure Formation in Dielectric Breakdown Channels of Electron-Irradiated Insulators. ArXiv.org (2025)

Nanoscale Mixed Ion-Electron-Conducting Nasicon-Type Thin Films: Lithium Titanium Phosphate via Atomic Layer Deposition. ACS Applied Materials & Interfaces (2025)

electrochemistrymaterials sciencechemical depositionlithium titanium phosphateatomic layer depositionadvanced energy materialthin film processingenergy storage materialsmaterial researchelectrode-electrolyte interfacesapplied physicsadvanced materialsadvanced functional materialsthin filmsnano energythin film process technologyadvanced dielectric

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John Cumings

Associate Professor Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Materials Science and Engineering

John Cumings is currently serving as an A. James Clark School Of Engineering Associate Professor Professor at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Cumings

University of Maryland, College Park

Associate Professor Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Autonomous Epitaxial Atomic-Layer Synthesis via Real-Time Computer Vision of Electron Diffraction. Open MIND (2026)

Breakdown Front Dynamics of Streamer-Like Discharge in Electron-Charged Polymethyl Methacrylate. Journal of Physics D Applied Physics (2026)

Observation and Characterization of Periodic Structure Formation in Dielectric Breakdown Channels of Electron-Irradiated Polymethyl Methacrylate. Journal of Applied Physics (2026)

Sacrificial Polyvinyl Alcohol Substrates to Transfer Atomic Layer Deposition Grown Dielectric Thin Films. Scientific Reports (2026)

Ultrathin Crown Ether-Based Polyamide Membrane for Ion-Ion Separations. Nature Communications (2026)

ion-ion separationschemical engineeringmembrane technologychemistrypolymer membranesmembrane sciencemembranespolymer chemistryelectrochemical engineering

A Facile Synthesis of Bulk Lipon in Solution for Solid-State Electrolytes. Journal of Materials Chemistry A (2025)

Author Response for"a Facile Synthesis of Bulk Lipon in Solution for Solid-State Electrolyte". (2025)

Electrically Insulating Materials for Centrifugal Mirrors. Journal of Nuclear Materials (2025)

From Plasma to Pattern: Observation and Characterization of Periodic Structure Formation in Dielectric Breakdown Channels of Electron-Irradiated Insulators. ArXiv.org (2025)

Nanoscale Mixed Ion-Electron-Conducting Nasicon-Type Thin Films: Lithium Titanium Phosphate via Atomic Layer Deposition. ACS Applied Materials & Interfaces (2025)

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Similar Faculty Members

Swastik Kar

Institution

Northeastern University

nanomaterials

nanoparticle research

Jeffrey Grossman

Institution

Massachusetts Institute of Technology

materials science

applied physics

Moon Kim

Institution

University of Texas at Dallas

wafer bonding

additive manufacturing

Judy Z. Wu

Institution

University of Kansas

nanowire

nanonetwork

Jamie Warner

Institution

University of Texas at Austin

advanced materials

quantum materials

Jiming Bao

Institution

University of Houston

solar ammonia generation

plasmonics

Alexander Balandin

Institution

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advanced materials

Miaofang Chi

Institution

Duke University

novel electron microscopy

advanced materials

Boris Yakobson

Institution

Rice University

nanotechnology

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Eric Stach

Institution

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materials science

nanotechnology