Faculty

Institution

Unit

Venue

Tania Roy

Courtesy Assistant Professor

University of Central Florida

Affiliations

College of Sciences

Department of Physics

Tania Roy is currently serving as a College Of Sciences Courtesy Assistant Professor at University of Central Florida.

Honors

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Experiences

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Education

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Tania Roy

University of Central Florida

Courtesy Assistant Professor

You can click a keyword to filter the displayed items

materials science optoelectronics electronics applied physics nanotechnology semiconductors advanced materials electronic materials semiconductor technology electrical engineering engineering solid-state electronics semiconductor devices nanomaterials thin films materials engineering microelectronics material research semiconductor nanostructures organic electronics nanometrology material chemistry semiconductor device fabrication nanoparticle research additive manufacturing nanobiotechnology artificial neuron field-effect transistors perovskite quantum dots composite science membrane science interface science advanced functional materials composite interface device-to-device functional nanomaterials emerging memory technologies chemical vapor deposition advanced electrode material solar photovoltaics sustainable energy technologies science advance nano energy scientific computing material innovation energy materials high-performance materials tunneling microscopy excited state property charge transport charge separation e-science intermittently connected device electronic memory supercapacitors compound semiconductors micro-electromechanical systems transition metal chalcogenides semiconductor materials nanosensors asic implementation neuromorphic engineering advanced design infrared optic two-dimensional material components air-stable n-doping mild plasma treatment anion vacancy formation photonic synapses graphene lattice mixed-color pattern recognition multiwavelength optoelectronic synapse threshold switching memristor bilayer nanoparticles mesoporous electrode materials hybrid supercapacitors solid state physics nanoelectronics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Two-Dimensional Near-Atom-Thickness Materials for Emerging Neuromorphic Devices and Applications. iScience (2025)

Tae-Jun KoHao LiSohrab Alex MofidChanghyeon YooEmmanuel OkogbueSang Sub HanMashiyat Sumaiya ShawkatAdithi KrishnaprasadMolla Manjurul IslamDurjoy DevYongjoon ShinKyu Hwan OhGwan-Hyoung LeeTania RoyYeonwoong Jung

two-dimensional near-atom-thickness materialsmaterials scienceneuromorphic devicesadvanced materials

A 2D Route to 3D Computer Chips. Nature (2024)

Tania Roy

vlsi technologycomputer sciencecomputational geometry3d printingcomputer-aided designcomputational engineeringmicroarchitecturerapid prototypingsystems engineeringadditive manufacturing3d reconstructioncomputer engineering3d modelingcomputer chips3d computer visionhigh performance computer architecturemicroelectronicscomputational fabricationgeometry processing

Bio-Inspired “Self-Denoising” Capability of 2D Materials Incorporated Optoelectronic Synaptic Array. npj 2D Materials and Applications (2024)

Molla Manjurul IslamMd Sazzadur RahmanHaley HeldmyerSang Sub HanYeonwoong JungTania Roy

bio-inspired computationoptoelectronicsmaterials scienceimage denoisingoptoelectronic synaptic array

Graphene/Mos2/Siox Memristive Synapses for Linear Weight Update. npj 2D Materials and Applications (2023)

Adithi KrishnaprasadDurjoy DevMashiyat Sumaiya ShawkatRicardo Martinez-MartinezMolla Manjurul IslamHee-Suk ChungTae-Sung BaeYeonwoong JungTania Roy

mechatronicssemiconductor technologymaterial researchemerging memory technologiesgraphenemicroelectronicslinear weight updateoptoelectronicsmaterials sciencesemiconductorsapplied physicssolid-state electronicselectronic materialssemiconductor deviceselectronicselectrical engineeringsemiconductor memorymemory devices

Memory Devices and Artificial Synapses With 2D Materials. Royal Society of Chemistry eBooks (2023)

Adithi KrishnaprasadTania Roy

engineeringmemorybioelectronicsartificial synapsesneural engineeringneuroscienceoptoelectronicsmaterials science

A Minireview on 2D Materials-Enabled Optoelectronic Artificial Synaptic Devices. APL Materials (2022)

Changhyeon YooTae-Jun KoMd Golam KaiumRicardo MartinezMolla Manjurul IslamHao LiJung Han KimJustin CaoMarconi AcharyaTania RoyYeonwoong Jung

optoelectronicsmaterials scienceadvanced materialsapplied physics

Graphene Enhances Actin Filament Assembly Kinetics and Modulates Nih-3T3 Fibroblast Cell Spreading. International Journal of Molecular Sciences (2022)

Jinho ParkPavlo KravchukAdithi KrishnaprasadTania RoyEllen Hyeran Kang

tissue engineeringfragmentation effectmolecular sciencecell biologygraphenestructural biologymaterials sciencemolecular biologyfilament assembly kineticsnanotechnology

Graphene–Oxide Interface for Optoelectronic Synapse Application. Scientific Reports (2022)

Ricardo Martinez-MartinezMolla Manjurul IslamAdithi KrishnaprasadTania Roy

oxide electronicsgrapheneneuroscienceoptoelectronic synapse applicationoptoelectronicsmaterials sciencegraphene-oxide interfaceelectronicsorganic electronics

Mos 2 Synapses With Ultra-Low Variability and Their Implementation in Boolean Logic. ACS Nano (2022)

Adithi KrishnaprasadDurjoy DevSang Sub HanYaqing ShenHee-Suk ChungTae-Sung BaeChanghyeon YooYeonwoong JungMario LanzaTania Roy

nanoelectronicsasic implementationultra-low variabilityboolean logicnanomaterialsneurosciencemicroelectronicsnanosensorssolid-state electronicsmaterials sciencesemiconductorsfunctional nanomaterialsnanometrologyelectronicsnanobiotechnologyelectrical engineeringnanotechnology

Multiwavelength Optoelectronic Synapse With 2D Materials for Mixed-Color Pattern Recognition. ACS Nano (2022)

Molla Manjurul IslamAdithi KrishnaprasadDurjoy DevRicardo Martinez-MartinezVictor OkonkwoBenjamin WuSang Sub HanTae-Sung BaeHee-Suk ChungJimmy ToumaYeonwoong JungTania Roy

pattern recognitionphotonicsnanomaterialsmixed-color pattern recognitionneuroscienceintermittently connected deviceoptoelectronicsmaterials scienceelectronicsnanobiotechnologymultiwavelength optoelectronic synapsenanotechnology

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Tania Roy

Courtesy Assistant Professor

University of Central Florida

Affiliations

College of Sciences

Department of Physics

Tania Roy is currently serving as a College Of Sciences Courtesy Assistant Professor at University of Central Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tania Roy

University of Central Florida

Courtesy Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Two-Dimensional Near-Atom-Thickness Materials for Emerging Neuromorphic Devices and Applications. iScience (2025)

two-dimensional near-atom-thickness materialsmaterials scienceneuromorphic devicesadvanced materials

A 2D Route to 3D Computer Chips. Nature (2024)

Tania Roy

Bio-Inspired “Self-Denoising” Capability of 2D Materials Incorporated Optoelectronic Synaptic Array. npj 2D Materials and Applications (2024)

Molla Manjurul IslamMd Sazzadur RahmanHaley HeldmyerSang Sub HanYeonwoong JungTania Roy

bio-inspired computationoptoelectronicsmaterials scienceimage denoisingoptoelectronic synaptic array

Graphene/Mos2/Siox Memristive Synapses for Linear Weight Update. npj 2D Materials and Applications (2023)

Adithi KrishnaprasadDurjoy DevMashiyat Sumaiya ShawkatRicardo Martinez-MartinezMolla Manjurul IslamHee-Suk ChungTae-Sung BaeYeonwoong JungTania Roy

Memory Devices and Artificial Synapses With 2D Materials. Royal Society of Chemistry eBooks (2023)

Adithi KrishnaprasadTania Roy

engineeringmemorybioelectronicsartificial synapsesneural engineeringneuroscienceoptoelectronicsmaterials science

A Minireview on 2D Materials-Enabled Optoelectronic Artificial Synaptic Devices. APL Materials (2022)

Changhyeon YooTae-Jun KoMd Golam KaiumRicardo MartinezMolla Manjurul IslamHao LiJung Han KimJustin CaoMarconi AcharyaTania RoyYeonwoong Jung

optoelectronicsmaterials scienceadvanced materialsapplied physics

Graphene Enhances Actin Filament Assembly Kinetics and Modulates Nih-3T3 Fibroblast Cell Spreading. International Journal of Molecular Sciences (2022)

Jinho ParkPavlo KravchukAdithi KrishnaprasadTania RoyEllen Hyeran Kang

tissue engineeringfragmentation effectmolecular sciencecell biologygraphenestructural biologymaterials sciencemolecular biologyfilament assembly kineticsnanotechnology

Graphene–Oxide Interface for Optoelectronic Synapse Application. Scientific Reports (2022)

Ricardo Martinez-MartinezMolla Manjurul IslamAdithi KrishnaprasadTania Roy

oxide electronicsgrapheneneuroscienceoptoelectronic synapse applicationoptoelectronicsmaterials sciencegraphene-oxide interfaceelectronicsorganic electronics

Mos 2 Synapses With Ultra-Low Variability and Their Implementation in Boolean Logic. ACS Nano (2022)

Adithi KrishnaprasadDurjoy DevSang Sub HanYaqing ShenHee-Suk ChungTae-Sung BaeChanghyeon YooYeonwoong JungMario LanzaTania Roy

Multiwavelength Optoelectronic Synapse With 2D Materials for Mixed-Color Pattern Recognition. ACS Nano (2022)

Molla Manjurul IslamAdithi KrishnaprasadDurjoy DevRicardo Martinez-MartinezVictor OkonkwoBenjamin WuSang Sub HanTae-Sung BaeHee-Suk ChungJimmy ToumaYeonwoong JungTania Roy

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Similar Faculty Members

Roland Kawakami

Institution

Ohio State University

magnetism

graphene

Ya-Hong Xie

Institution

University of California, Los Angeles

materials science

applied physics

Xi Ling

Institution

Boston University

nanotechnology

advanced functional material

Davood Shahrjerdi

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New York University

biosensor

nanomaterials

Emanuel Tutuc

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nanosheet

carbon-based material

Saptarshi Das

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applied mechanics

multiscale modeling

Rehan Kapadia

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Diana D.L. Huffaker

Institution

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photonic crystal

nanotechnology

Lincoln J. Lauhon

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materials science

nanotechnology

Robert Klie

Institution

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material properties

molecular crystal