Faculty

Institution

Unit

Venue

Mathew M Maye

Professor and Department Chair

Syracuse University

Affiliations

College of Arts and Sciences

Chemistry

Mathew M Maye is currently serving as a Chemistry Professor and Department Chair at Syracuse University.

Honors

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Experiences

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Education

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Mathew M Maye

Syracuse University

Professor and Department Chair

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nanotechnology materials science nanomaterials nanoparticle research chemical engineering chemistry nanoparticles nanobiotechnology catalysis biomolecular engineering material chemistry electrochemistry materials engineering dna nanotechnology advanced materials material research catalyst preparation nanostructure synthesis gold nanoparticles nanometrology surface nanotechnology physical chemistry metallic nanomaterials metal nanoparticles nanoscale science nanoscale chemistry transition metal chemistry nanoparticle assembly pharmaceutical nanotechnology semiconductor nanostructures catalytic process energy chemistry interface science chemical sciences solid-state electronics electronic materials compound semiconductors bioconjugation electrocatalytic oxidation molecular science electroanalytical chemistry thermal engineering catalytic applications colorimetry catalyst activation solid-state chemistry infrared spectroscopy bioluminescence cluster science semiconductor devices thin film assembly methanol electrooxidation crystal growth advanced energy material nucleic acids protein science colloid chemistry organometallic catalysis interface chemistry heterogeneous catalysis surface reactivity functional nanomaterials polymer nanotechnology semiconductor technology plasmonics thiol-containing amino acids colorimetric detection mediator-template assembly two-phase protocol thermal activation dna-capped nanoparticles fuel cell reactions colloidal nanoparticles dna-guided crystallization heating-induced evolution thiolate-encapsulated gold nanoparticles bio-based nanomaterials biomimetic chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dna-Guided Nanoparticle Assemblies. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Gang, OlegNykypanchuk, DmytroMaye, Mathewvan der Lelie, Daniel

genetic engineeringnanotechnologynanoparticlesdna-guided nanoparticle assembliesmolecular technologymolecular engineeringnanomaterialsmolecular biologybiomolecular engineeringsupramolecular assembliesnanobiotechnologydna nanotechnologybiological engineering

Investigating Coordination and Reactivity Between an Organohalide and Cesium Lead Halide Nanoparticles via Two-Dimensional Dosy and Rosy Nmr. (2023)

Emily Grace RipkaChristina DescheneJohn FranckMathew Maye

materials sciencenanotechnologytwo-dimensional dosynanomaterialscoordination chemistryinorganic chemistryrosy nmrchemistry

Colorimetric Monitoring of a Chemical Reaction Using Cesium Lead Iodide Assays. (2022)

Tennyson L. DoaneKevin J. Cruz-LopezMathew M. Maye

colorimetric monitoringcolorimetrychemical reactionanalytical chemistrychemistry

Observing Coordination and Reactivity Between an Organohalide and Cesium Lead Halide Nanoparticles via Dosy and Rosy Nmr. (2022)

Emily Grace RipkaChristina DescheneJohn FranckMathew Maye

materials sciencenanotechnologytransition metal chemistrynanomaterialsreactivity (chemistry)coordination chemistryinorganic chemistryrosy nmrnuclear magnetic resonancematerial chemistrychemistry

Tailoring Cspbbr 3 Growth via Non-Polar Solvent Choice and Heating Methods. Langmuir (2022)

Hediyeh ZamaniTsung-Hsing ChiangKaylie R. KlotzAnnie J. HsuMathew M. Maye

materials sciencechemical engineeringengineeringheating methodsmaterials engineeringthermal engineering

Alloying and Phase Transformation of Fe/Feni Core/Alloy Nanoparticles at High Temperatures. (2021)

Tennyson L. DoaneLaxmikant PathadeR. Davon SlatonMichael E. KlaczkoMathew M. Maye

materials sciencenanotechnologyhigh temperaturesnanomaterialsphase transformation

Assembling Nanoparticle Clusters by Kinetic Control Using Weakly Interacting Dna. (2021)

Alisha J. LewisMathew M. Maye

geneticsmaterials sciencenanotechnologynanoparticle clusterskinetic controlweakly interacting dnananobiotechnologycluster science

Exciton Energy Shifts and Tunable Dopant Emission in Manganese-Doped Two-Dimensional Cds/Zns Core/Shell Nanoplatelets. Chemistry of Materials (2019)

Andrew H. DavisElan HofmanKevin ChenZhi-Jun LiAlex KhammangHediyeh ZamaniJohn M. FranckMathew M. MayeRobert W. MeulenbergWeiwei Zheng

compound semiconductorsnanotechnologyoptoelectronicsapplied physicssolid-state chemistrychemistrynanoparticle researchexciton energy shiftsmaterial researchsolid-state electronicsnanoscale chemistrymaterials sciencetunable dopant emissionnanomaterialssemiconductor nanostructuressemiconductorssurface chemistryelectronic materialsadvanced materialsmaterial chemistry

Ligand Surface Density Decreases With Quantum Rod Aspect Ratio. The Journal of Physical Chemistry C (2019)

Yuetian ChenEmily Grace RipkaJohn M. FranckMathew M. Maye

materials sciencenanotechnologybiophysicscondensed matter physicsligand surface densityapplied physicssurface sciencephysical chemistry

General Strategy for the Growth of Cspbx 3 (X = CL, Br, I) Perovskite Nanosheets From the Assembly of Nanorods. Chemistry of Materials (2018)

Zhi-Jun LiElan HofmanAndrew Hunter DavisMathew M. MayeWeiwei Zheng

nanotechnologysolid-state chemistrygeneral strategychemistrynanoparticle researchmaterial modelingmaterial researchmaterial preparationinorganic chemistrynanoscale chemistrymaterials sciencematerial chemistrychemical engineeringcrystal growthnanomaterialsmaterials engineeringchemical sciencesadvanced materialsnanostructure synthesis

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Mathew M Maye

Professor and Department Chair

Syracuse University

Affiliations

College of Arts and Sciences

Chemistry

Mathew M Maye is currently serving as a Chemistry Professor and Department Chair at Syracuse University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mathew M Maye

Syracuse University

Professor and Department Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dna-Guided Nanoparticle Assemblies. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Gang, OlegNykypanchuk, DmytroMaye, Mathewvan der Lelie, Daniel

Investigating Coordination and Reactivity Between an Organohalide and Cesium Lead Halide Nanoparticles via Two-Dimensional Dosy and Rosy Nmr. (2023)

Emily Grace RipkaChristina DescheneJohn FranckMathew Maye

materials sciencenanotechnologytwo-dimensional dosynanomaterialscoordination chemistryinorganic chemistryrosy nmrchemistry

Colorimetric Monitoring of a Chemical Reaction Using Cesium Lead Iodide Assays. (2022)

Tennyson L. DoaneKevin J. Cruz-LopezMathew M. Maye

colorimetric monitoringcolorimetrychemical reactionanalytical chemistrychemistry

Observing Coordination and Reactivity Between an Organohalide and Cesium Lead Halide Nanoparticles via Dosy and Rosy Nmr. (2022)

Emily Grace RipkaChristina DescheneJohn FranckMathew Maye

materials sciencenanotechnologytransition metal chemistrynanomaterialsreactivity (chemistry)coordination chemistryinorganic chemistryrosy nmrnuclear magnetic resonancematerial chemistrychemistry

Tailoring Cspbbr 3 Growth via Non-Polar Solvent Choice and Heating Methods. Langmuir (2022)

Hediyeh ZamaniTsung-Hsing ChiangKaylie R. KlotzAnnie J. HsuMathew M. Maye

materials sciencechemical engineeringengineeringheating methodsmaterials engineeringthermal engineering

Alloying and Phase Transformation of Fe/Feni Core/Alloy Nanoparticles at High Temperatures. (2021)

Tennyson L. DoaneLaxmikant PathadeR. Davon SlatonMichael E. KlaczkoMathew M. Maye

materials sciencenanotechnologyhigh temperaturesnanomaterialsphase transformation

Assembling Nanoparticle Clusters by Kinetic Control Using Weakly Interacting Dna. (2021)

Alisha J. LewisMathew M. Maye

geneticsmaterials sciencenanotechnologynanoparticle clusterskinetic controlweakly interacting dnananobiotechnologycluster science

Exciton Energy Shifts and Tunable Dopant Emission in Manganese-Doped Two-Dimensional Cds/Zns Core/Shell Nanoplatelets. Chemistry of Materials (2019)

Andrew H. DavisElan HofmanKevin ChenZhi-Jun LiAlex KhammangHediyeh ZamaniJohn M. FranckMathew M. MayeRobert W. MeulenbergWeiwei Zheng

Ligand Surface Density Decreases With Quantum Rod Aspect Ratio. The Journal of Physical Chemistry C (2019)

Yuetian ChenEmily Grace RipkaJohn M. FranckMathew M. Maye

materials sciencenanotechnologybiophysicscondensed matter physicsligand surface densityapplied physicssurface sciencephysical chemistry

General Strategy for the Growth of Cspbx 3 (X = CL, Br, I) Perovskite Nanosheets From the Assembly of Nanorods. Chemistry of Materials (2018)

Zhi-Jun LiElan HofmanAndrew Hunter DavisMathew M. MayeWeiwei Zheng

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biosensor

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