Faculty

Institution

Unit

Venue

Matthew Gilbert

Associate Professor

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Electrical and Computer Engineering

Matthew Gilbert is currently serving as an Electrical And Computer Engineering Associate Professor at University of Illinois Urbana-Champaign.

Honors

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Experiences

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Education

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Matthew Gilbert

University of Illinois Urbana-Champaign

Associate Professor

You can click a keyword to filter the displayed items

physics applied physics condensed matter quantum materials condensed matter physics quantum science electronic materials solid-state electronics electronics topological insulators semiconductors topological materials topological quantum state topological phases superconductivity electrical engineering nanoelectronics quantum mechanics advanced functional materials quantum heterostructures materials science graphene nanoribbons semiconductor devices magnetic topological insulator nature physic quantum magnetism symmetry semiconductor technology topological heterostructures quantum devices theoretical physics carbon computational physics device modeling superconducting materials nanoscale modeling magnetoresistance charge carrier transport topological invariants electronic engineering spin phenomenon statistical physics majorana fermion high-tc superconductivity spintronic materials phonons graphene-based nano-antennas graphene quantum dot crystal research nanosheets charge transport ferromagnetism semiconductor device fabrication silicon nanowire transistors quantum interference geometric topology many-body quantum physics quantum hardware tunneling microscopy magnetic flux room temperature interlayer transport metals interface science chern number entanglement spectrum quantum mechanical approach ballistic transport chemical potential quantum spin hall multiterminal josephson junctions discrete dopant effects bilayer graphene structural chemistry point group point group symmetry categoryquantum electronics topological phenomena

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chern Networks: Reconciling Fundamental Physics and Device Engineering. Nature Communications (2025)

Matthew J Gilbert

chern networkstopological heterostructurescondensed mattercondensed matter physicsapplied physicsphysicselectronicsquantum materials

Interaction Effects and Non-Integer Pseudo-Landau Levels in Engineered Periodically Strained Graphene. Nano Letters (2024)

Iva Šrut RakićMatthew J. GilbertPreetha SarkarAnuva AishwaryaMarco PoliniVidya MadhavanNadya Mason

advanced functional materialsnanosheetsgraphene nanomeshesgraphene nanoribbonsgraphenecondensed matter physicscondensed matterapplied physicsmaterials sciencepll splittingphysicsmaterial researchzeroth pllinteraction effectsquantum materialsnanotechnology

Long-Range Phase Coherence and Tunable Second Order φ0-Josephson Effect in a Dirac Semimetal 1T-Ptte2. Communications Physics (2024)

Pranava K. SivakumarMostafa T. AhariJae-Keun KimYufeng WuAnvesh DixitGeorge J. de CosterAvanindra K. PandeyaMatthew J. GilbertStuart S. P. Parkin

quantum magnetismnature physicsuperconductivitylong-range phase coherencejosephson diode effectcondensed matter physicscondensed matterapplied physicsdiode effectphysicssuperconducting materialshigh-tc superconductivityquantum materials

Magnetic-Field-Free Nonreciprocal Transport in Graphene Multiterminal Josephson Junctions. Physical Review Applied (2024)

Fan ZhangAsmaul Smitha RashidMostafa Tanhayi AhariGeorge J. de CosterTakashi TaniguchiKenji WatanabeMatthew J. GilbertNitin SamarthMorteza Kayyalha

superconductivitygrapheneelectronic materialsmultiterminal josephson junctionsquantum scienceelectrical engineeringnanoelectronicscondensed matter physicscircuit networkelectronicsgraphene-based nano-antennassolid-state electronicsphysicsquantum materialsquantum engineeringmagnetic-field-free nonreciprocitygraphene nanoribbonscondensed matterapplied physics

Observation of Large Magnetoresistance Switching in Topological-Insulator/Ferromagnetic-Metal Heterostructure With Perpendicular Magnetic Anisotropy. Physical Review Materials (2024)

Junseok OhVincent HumbertGregory J. MacDougallMatthew J. GilbertNadya Mason

advanced functional materialsquantum heterostructuresmagnetoresistancespintronic materialstopological materialsspintronicstopological insulatorslarge magnetoresistancecondensed matter physicscondensed matterapplied physicsti crystal structureelectronic materialsphysicsmagnetismmagnetic topological insulator

Tunable Magnetic Confinement Effect in a Magnetic Superlattice of Graphene. npj 2D Materials and Applications (2024)

Onur TosunPreetha SarkarChang QianMatthew GilbertQian ChenNadya Mason

advanced functional materialscarbonnanosheetsnanomaterialsgraphene nanoribbonsmagnetic confinementgraphenecondensed mattercustom superlattice potentialsapplied physicsmaterials sciencephysicsmagnetismnanotechnologymagnetic superlattice

Andreev Processes in Mesoscopic Multiterminal Graphene Josephson Junctions. Physical review. B./Physical review. B (2023)

Fan ZhangAsmaul Smitha RashidMostafa Tanhayi AhariWei ZhangKrishnan Mekkanamkulam AnanthanarayananRun XiaoGeorge J. de CosterMatthew J. GilbertNitin SamarthMorteza Kayyalha

advanced functional materialsnanoelectronicssuperconductivitygraphene nanoribbonstopological heterostructuresgraphenedifferential resistance measurementscondensed matter physicscondensed matterapplied physicsdifferential resistance mapsphysicsmultiterminal josephson junctionsquantum sciencequantum materials

Evidence of Pseudogravitational Distortions of the Fermi Surface Geometry in the Antiferromagnetic Metal Ferh. Communications Physics (2023)

Joseph SklenarSoho ShimHilal SaglamJunseok OhM. G. VergnioryAxel HoffmannBarry BradlynNadya MasonMatthew J. Gilbert

quantum magnetismmagnetoresistancefermi surface morphologygeometric distortionsnonferrous metalmagnetic propertiesmetalsmagnetic materialscondensed matter physicscondensed mattermaterials scienceferromagnetismphysicsfermi surface geometrymagnetismquantum materials

Competing Energy Scales in Topological Superconducting Heterostructures. Nano Letters (2021)

Yunyi ZangFelix KüsterJibo ZhangDefa LiuBanabir PalHakan DenizPaolo SessiMatthew J. GilbertStuart S.P. Parkin

advanced functional materialsquantum heterostructurestopological superconductivitysuperconductivitytopological materialsproximity-induced superconductivitytopological heterostructurestopological quantum statetopological insulatorsenergy scalescondensed matter physicscondensed matterapplied physicsmaterials sciencephysicsquantum sciencequantum materials

Essential Design Criteria for Topological Electronics and Spintronics. 2021 IEEE International Electron Devices Meeting (IEDM) (2021)

George J. de CosterMatthew J. Gilbert

advanced functional materialsspintronic materialstms paintsessential design criteriatopological materialsspintronicscondensed matterapplied physicselectronic materialsphysicsmagnetismtopological electronics

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Matthew Gilbert

Associate Professor

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Electrical and Computer Engineering

Matthew Gilbert is currently serving as an Electrical And Computer Engineering Associate Professor at University of Illinois Urbana-Champaign.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Matthew Gilbert

University of Illinois Urbana-Champaign

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chern Networks: Reconciling Fundamental Physics and Device Engineering. Nature Communications (2025)

Matthew J Gilbert

chern networkstopological heterostructurescondensed mattercondensed matter physicsapplied physicsphysicselectronicsquantum materials

Interaction Effects and Non-Integer Pseudo-Landau Levels in Engineered Periodically Strained Graphene. Nano Letters (2024)

Iva Šrut RakićMatthew J. GilbertPreetha SarkarAnuva AishwaryaMarco PoliniVidya MadhavanNadya Mason

Long-Range Phase Coherence and Tunable Second Order φ0-Josephson Effect in a Dirac Semimetal 1T-Ptte2. Communications Physics (2024)

Pranava K. SivakumarMostafa T. AhariJae-Keun KimYufeng WuAnvesh DixitGeorge J. de CosterAvanindra K. PandeyaMatthew J. GilbertStuart S. P. Parkin

Magnetic-Field-Free Nonreciprocal Transport in Graphene Multiterminal Josephson Junctions. Physical Review Applied (2024)

Fan ZhangAsmaul Smitha RashidMostafa Tanhayi AhariGeorge J. de CosterTakashi TaniguchiKenji WatanabeMatthew J. GilbertNitin SamarthMorteza Kayyalha

Observation of Large Magnetoresistance Switching in Topological-Insulator/Ferromagnetic-Metal Heterostructure With Perpendicular Magnetic Anisotropy. Physical Review Materials (2024)

Junseok OhVincent HumbertGregory J. MacDougallMatthew J. GilbertNadya Mason

Tunable Magnetic Confinement Effect in a Magnetic Superlattice of Graphene. npj 2D Materials and Applications (2024)

Onur TosunPreetha SarkarChang QianMatthew GilbertQian ChenNadya Mason

Andreev Processes in Mesoscopic Multiterminal Graphene Josephson Junctions. Physical review. B./Physical review. B (2023)

Fan ZhangAsmaul Smitha RashidMostafa Tanhayi AhariWei ZhangKrishnan Mekkanamkulam AnanthanarayananRun XiaoGeorge J. de CosterMatthew J. GilbertNitin SamarthMorteza Kayyalha

Evidence of Pseudogravitational Distortions of the Fermi Surface Geometry in the Antiferromagnetic Metal Ferh. Communications Physics (2023)

Joseph SklenarSoho ShimHilal SaglamJunseok OhM. G. VergnioryAxel HoffmannBarry BradlynNadya MasonMatthew J. Gilbert

Competing Energy Scales in Topological Superconducting Heterostructures. Nano Letters (2021)

Yunyi ZangFelix KüsterJibo ZhangDefa LiuBanabir PalHakan DenizPaolo SessiMatthew J. GilbertStuart S.P. Parkin

Essential Design Criteria for Topological Electronics and Spintronics. 2021 IEEE International Electron Devices Meeting (IEDM) (2021)

George J. de CosterMatthew J. Gilbert

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quantum computing

quantum communication

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University of Illinois Urbana-Champaign

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applied physics

Jean-Pierre Leburton

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applied physics

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disordered quantum system

Katja C. Nowack

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