Faculty

Institution

Unit

Venue

John Lombardi

Professor

Graduate Center, CUNY

Affiliations

Chemistry

John Lombardi is currently serving as a Chemistry Professor at Graduate Center, Cuny.

Honors

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Experiences

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Education

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John Lombardi

Graduate Center, CUNY

Professor

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materials science nanotechnology raman spectroscopy spectroscopy physical chemistry applied physics surface science surface-enhanced raman scattering nanoparticle research biophysics nanomaterials chemistry surface chemistry surface nanotechnology argon matrices quantum chemistry surface characterization analytical chemistry optical properties condensed matter physics plasmonics atomic spectroscopy adsorption molecular spectroscopy raman spectra material chemistry vibrational spectroscopy surface analysis nanobiotechnology dyeing raman spectrum absorption spectroscopy surface processing optical engineering surface-enhanced raman spectroscopy drug analysis condensed matter material research molecular science membrane science nanometrology nanoscale science semiconductor nanostructures optical spectroscopy organic colorants force constants chemical sciences protein science transition metal chemistry metal nanoparticles nanoscale chemistry forensics analysis laser science spectra-structure correlation charge transport semiconductor materials laser ablation surface engineering laser processing technology excitation profile charge-transfer contributions raman scattering redox forms silver electrode science advance molecular diagnostics surface modification viral diagnostics pharmaceutical nanotechnology benchmark studies oxide electronics coupled resonance effect charge-transfer resonance metal-solution interface gold nanoparticles unified theoretical framework physics metal clusters

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Antigen-Targeting Assay for Lyme Disease: Combining Aptamers and Sers to Detect the Ospa Protein. Nanomedicine Nanotechnology Biology and Medicine (2022)

Joel S. TabbEli RapoportIl HanJohn LombardiOmar Green

molecular diagnosticsinnovative diagnosticsmedicineospa proteinpharmaceutical nanotechnologyantigen-targeting assaydermatologymedicinal researchlyme diseaseimmunologydisease detectioncombining aptamersnanomedicinedrug discoverynanobiotechnologynanotechnology

Raman Enhancement (Sers) of the Surface Phonon Modes of Tio2. Chemical Physics Letters (2022)

Syed K. IslamJohn R. Lombardi

surface scienceraman enhancementchemistryadvanced materialsoptical propertiesmaterial chemistryraman spectroscopysurface phonon modesmaterials sciencephysical chemistryapplied physicsmembrane sciencefunctional materials

The Theory of Surface-Enhanced Raman Spectroscopy on Organic Semiconductors: Graphene. Nanomaterials (2022)

John R. Lombardi

nanomaterialsgraphenematerials scienceelectrical engineeringnanotechnologyorganic electronicssurface sciencesurface-enhanced raman spectroscopysurface chemistrycarbon-based materialsspectroscopyorganic semiconductorssurface-enhanced raman scatteringvibrational spectroscopyquantum chemistrynanoparticle researchraman spectroscopyatomic spectroscopychemical engineering

Charge-Transfer Resonance and Electromagnetic Enhancement Synergistically Enabling Mxenes With Excellent Sers Sensitivity for Sars-Cov-2 S Protein Detection. Nano-Micro Letters (2021)

Yusi PengChenglong LinLi LongTanemura MasakiMao TangLili YangJianjun LiuZhengren HuangZhiyuan LiXiaoying LuoJohn R. LombardiYong Yang

charge-transfer resonanceviral diagnosticsnanomaterialsmaterials sciencenanobiotechnologyapplied microbiologybiosensorsnanotechnologymolecular diagnosticspharmaceutical nanotechnologyvirus researchsars-cov-2immunologynanomedicineelectromagnetic enhancementmxenesnanometrologyapplied physicsnanoparticle research

Dft and Td-Dft Investigation of a Charge Transfer Surface Resonance Raman Model of N3 Dye Bound to a Small Tio2 Nanoparticle. Nanomaterials (2021)

Ronald L. BirkeJohn R. Lombardi

nanoparticlesnanobiotechnologynanomaterialsdyeingtd-dft investigationfunctional nanomaterialsmaterials scienceapplied physicsmaterial researchnanoparticle researchraman spectroscopynanotechnology

Human Ace2-Functionalized Gold “Virus-Trap” Nanostructures for Accurate Capture of Sars-Cov-2 and Single-Virus Sers Detection. Nano-Micro Letters (2021)

Yong YangYusi PengChenglong LinLi LongJingying HuJun HeHui ZengZhengren HuangZhi-Yuan LiMasaki TanemuraJianlin ShiJohn R. LombardiXiaoying Luo

microbiologyvirologyviral diagnosticsnanomaterialsinfection controlinfectious diseasesbenchmark studiesaccurate capturesars-cov-2nanometrologybiosensorsnanoparticle researchhuman retrovirusnanobiotechnologysingle-virus sers detectionnanotechnologyepidemiologyvirus research

Influence of Excitation Wavelength, Solution Ph, Incubation Time, Absolute Configuration (S and R) and Constitutional Isomerism (Ortho-, Meta- and Para-) on the Adsorption on the Surface of Ag Nanoparticles of N-Benzylamino(Boronphenyl)Methylphosphonic Acid Analogues. Applied Surface Science (2021)

Edyta ProniewiczJohn R. Lombardi

surface analysisnanomaterialsadsorptionag nanoparticlesmaterial chemistrymaterials scienceabsolute configurationnanotechnologysurface scienceexcitation wavelengthcondensed matter physicssurface chemistryconstitutional isomerismsurface processingsurface nanotechnologychemistryincubation timeapplied physicsnanoparticle research

An Analysis of Tetrahydrocannabinol (Thc) and Its Analogs Using Surface Enhanced Raman Scattering (Sers). Chemical Physics (2020)

Syed K. IslamYin Pak ChengRonald L. BirkeMaria Vega CañamaresCyril MuehlethalerJohn R. Lombardi

chemistrysurface-enhanced raman scatteringdrug analysispharmacologyphysical chemistryanalytical chemistry

Charge Transfer Enhancement in the Surface-Enhanced Raman Scattering of Ta2O5 Superstructures. Applied Surface Science (2020)

Lili YangYong YangJohn R. LombardiYusi PengZhengren Huang

surface sciencecharge transfer enhancementsurface-enhanced raman scatteringsurface characterizationmaterials scienceapplied physicsthin filmsnanotechnology

Charge-Transfer Mapping of Nanostructured Gan/Ag Surfaces Using Surface Enhanced Raman Spectroscopy. Vibrational Spectroscopy (2020)

Omari KirklandJan L. WeyherJohn R. Lombardi

surface sciencesurface analysissurface nanotechnologynanomaterialsspectroscopycharge-transfer mappingsurface characterizationvibrational spectroscopymaterials scienceapplied physicsnanoparticle researchnanostructured surfacesnanotechnologyaluminum gallium nitride

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John Lombardi

Professor

Graduate Center, CUNY

Affiliations

Chemistry

John Lombardi is currently serving as a Chemistry Professor at Graduate Center, Cuny.

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 Lombardi

Graduate Center, CUNY

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Antigen-Targeting Assay for Lyme Disease: Combining Aptamers and Sers to Detect the Ospa Protein. Nanomedicine Nanotechnology Biology and Medicine (2022)

Joel S. TabbEli RapoportIl HanJohn LombardiOmar Green

Raman Enhancement (Sers) of the Surface Phonon Modes of Tio2. Chemical Physics Letters (2022)

Syed K. IslamJohn R. Lombardi

The Theory of Surface-Enhanced Raman Spectroscopy on Organic Semiconductors: Graphene. Nanomaterials (2022)

John R. Lombardi

Charge-Transfer Resonance and Electromagnetic Enhancement Synergistically Enabling Mxenes With Excellent Sers Sensitivity for Sars-Cov-2 S Protein Detection. Nano-Micro Letters (2021)

Yusi PengChenglong LinLi LongTanemura MasakiMao TangLili YangJianjun LiuZhengren HuangZhiyuan LiXiaoying LuoJohn R. LombardiYong Yang

Dft and Td-Dft Investigation of a Charge Transfer Surface Resonance Raman Model of N3 Dye Bound to a Small Tio2 Nanoparticle. Nanomaterials (2021)

Ronald L. BirkeJohn R. Lombardi

nanoparticlesnanobiotechnologynanomaterialsdyeingtd-dft investigationfunctional nanomaterialsmaterials scienceapplied physicsmaterial researchnanoparticle researchraman spectroscopynanotechnology

Human Ace2-Functionalized Gold “Virus-Trap” Nanostructures for Accurate Capture of Sars-Cov-2 and Single-Virus Sers Detection. Nano-Micro Letters (2021)

Yong YangYusi PengChenglong LinLi LongJingying HuJun HeHui ZengZhengren HuangZhi-Yuan LiMasaki TanemuraJianlin ShiJohn R. LombardiXiaoying Luo

Edyta ProniewiczJohn R. Lombardi

An Analysis of Tetrahydrocannabinol (Thc) and Its Analogs Using Surface Enhanced Raman Scattering (Sers). Chemical Physics (2020)

Syed K. IslamYin Pak ChengRonald L. BirkeMaria Vega CañamaresCyril MuehlethalerJohn R. Lombardi

chemistrysurface-enhanced raman scatteringdrug analysispharmacologyphysical chemistryanalytical chemistry

Charge Transfer Enhancement in the Surface-Enhanced Raman Scattering of Ta2O5 Superstructures. Applied Surface Science (2020)

Lili YangYong YangJohn R. LombardiYusi PengZhengren Huang

surface sciencecharge transfer enhancementsurface-enhanced raman scatteringsurface characterizationmaterials scienceapplied physicsthin filmsnanotechnology

Charge-Transfer Mapping of Nanostructured Gan/Ag Surfaces Using Surface Enhanced Raman Spectroscopy. Vibrational Spectroscopy (2020)

Omari KirklandJan L. WeyherJohn R. Lombardi

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Similar Faculty Members

Zhan Chen

Institution

University of Michigan

materials science

polymer science

Jeanne E. Pemberton

Institution

University of Arizona

physical chemistry

chemical reaction dynamics

Clemens Burda

Institution

Case Western Reserve University

nanoparticle

nanotechnology

Joel M. Harris

Institution

University of Utah

spectrochemical analysis

raman spectroscopy

Xiaoyang Zhu

Institution

Columbia University

materials science

applied physics

Hrvoje Petek

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University of Pittsburgh

ultrafast laser spectroscopy

solid–state materials

Nan Jiang

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University of Illinois Chicago

nanostructure synthesis

nanomaterials

Neal R. Armstrong

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University of Arizona

surface science

interface properties

Markus Raschke

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University of Colorado Boulder

materials science

applied physics

Robert J. Hamers

Institution

University of Wisconsin–Madison

catalyst development

electrochemistry