Faculty

Institution

Unit

Venue

Vera Smolyaninova

Professor

Towson University

Affiliations

Jess & Mildred Fisher College of Science & Mathematics

Department of Physics, Astronomy & Geosciences

Vera Smolyaninova is currently serving as a Physics, Astronomy & Geosciences Professor at Towson University.

Honors

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Experiences

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Education

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Vera Smolyaninova

Towson University

Professor

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applied physics physics materials science metamaterials superconductivity electromagnetic metamaterials photonics condensed matter physics advanced functional materials condensed matter dynamic metamaterials electromagnetic fields negative-index metamaterial superconducting materials magnetism electronic materials ferrofluid experimental observation experimental demonstration nature physic hyperbolic metamaterials tapered waveguides advanced materials quantum materials theoretical physics biomedical imaging metals modern physics optical engineering quantum metamaterials geometrical optics critical temperature technology nonferrous metal quantum science material research nanoparticle research magnetic resonance optical metrology laser science optical trapping electro-optics device super-resolution imaging phonons magnetic materials ferromagnetism bulk aluminum metamaterial nanoengineering material chemistry composite science refractory metals advanced imaging superalloys quantum devices quantum magnetism optical spectroscopy topological soliton topological phases high-tc superconductivity high tc superconductors magnetic properties magnetic medium magnetic fields information optic electron microscopy special relativity general relativity optical cloaking anisotropic metamaterials optical metamaterials label-free super-resolution imaging transformation optics single magnetic particles high temperature superconductivity metamaterial route fluorescence enhancement

Notable Scholarly Works

Notable Federal Grants

Collaborators

Engineering Terahertz Light–Matter Interaction With Quantum Electronic Metamaterials. Electronics (2025)

terahertz sciencequantum electronic metamaterialsphysicsmetamaterialsterahertz photonicsadvanced functional materialsapplied physics

Electromagnetic Signal Propagation Through Lossy Media via Surface Electromagnetic Waves. arXiv (Cornell University) (2024)

lossy mediaelectromagnetic compatibilitywave propagationmicrowave technologyelectromagnetic waveselectromagnetismelectromagnetic fields

Experimental Observation of Surface Wave States at the Gold–Silver Interface. Photonics (2024)

plasmonicsmetalsphysicssurface scienceinterface sciencecondensed matterplasmonic materialsplasmonsoptical propertiesexperimental observationapplied physicsinterface (matter)materials science

From Rust to Riches: Phytochemically Assisted Synthesis of Superparamagnetic Fe 3 O 4 Nanoparticles With Au for Sers Sensing. RSC Applied Interfaces (2024)

nanomaterialsmolecule-based magnetferrofluidferromagnetismmetal nanoparticlesnanoparticlesnanomedicinemagnetic materialsnanotechnologymagnetismnanoengineeringnanoparticle researchchemistrymagnetic resonancefunctional materialsmaterials science

Roadmap on Label‐Free Super‐Resolution Imaging. Laser & Photonics Review (2023)

Vasily N. AstratovYair Ben SahelYonina C. EldarLuzhe HuangAydogan OzcanNikolay ZheludevJunxiang ZhaoZachary BurnsZhaowei LiuEvgenii NarimanovNeha GoswamiGabriel PopescuEmanuel PfitznerPhilipp KukuraYi‐Teng HsiaoChia‐Lung HsiehBrian AbbeyAlberto DiasproAymeric LeGratietPaolo BianchiniNatan T. ShakedBertrand SimonNicolas VerrierMatthieu DebailleulOlivier HaeberléSheng WangMengkun LiuYeran BaiJi‐Xin ChengBehjat S. KarimanKatsumasa FujitaMoshe SinvaniZeev ZalevskyXiangping LiGuan‐Jie HuangShi‐Wei ChuOmer TzangDror HershkovitzOri CheshnovskyMikko J. HuttunenStefan G. StanciuVera N. SmolyaninovaIgor I. SmolyaninovUlf LeonhardtSahar SahebdivanZengbo WangBoris Luk'yanchukLimin WuAlexey V. MaslovBoya JinConstantin R. SimovskiStephane PerrinPaul MontgomerySylvain Lecler

photonicsmicroscopysuper-resolution imagingadvanced imaginglabel-free super-resolution imaginglasersbiomedical imaginglaser sciencematerials science

Study of Effective 2+1 Dimensional Gravity in Ferrofluid‐Based Hyperbolic Metamaterials. Annalen der Physik (2023)

Vera N. SmolyaninovaJonathon CartelliNathaniel ChristopherBenjamin KistJonathan PerryStephanie SpickardMary Sajini DevadasIgor I. Smolyaninov

ferrofluidphysicsgravityfluid mechanicsdimensional gravityapplied physicsmechanicsmaterials science

Surface Electromagnetic Waves in Lossy Media for Environmental Sensing Applications. (2023)

sensorssurface electromagnetic waveselectromagnetic compatibilitymicrowave technologyelectromagnetic waveselectromagnetismsurface waveselectromagnetic fieldselectrical engineering

Synthesis and Characterization of Magnetoplasmonic Air-Stable Au@Feco. Langmuir (2023)

magnetic materialsmagnetismmaterial chemistryplasmonsmagnetic resonancenanoparticle researchmaterials science

Analogue Quantum Gravity in Hyperbolic Metamaterials. Universe (2022)

physicstheoretical physicsgravityquantum gravitymetamaterialsquantum metamaterialsdynamic metamaterialsmodern physicselectromagnetic metamaterialsquantum scienceanalogue quantum gravityapplied physics

Nonlinear Optics in Ferrofluid-Based Hyperbolic Metamaterials. (2022)

Vera N. SmolyaninovaJonathon CartelliNathaniel ChristopherJonathan PerryStephanie SpickardMary S. DevadasIgor I. Smolyaninov

ferrofluidnonlinear opticsnanotechnologyferrofluid-based hyperbolic metamaterialsapplied physicsmaterials science

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Vera Smolyaninova

Professor

Towson University

Affiliations

Jess & Mildred Fisher College of Science & Mathematics

Department of Physics, Astronomy & Geosciences

Vera Smolyaninova is currently serving as a Physics, Astronomy & Geosciences Professor at Towson 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

Vera Smolyaninova

Towson University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Engineering Terahertz Light–Matter Interaction With Quantum Electronic Metamaterials. Electronics (2025)

terahertz sciencequantum electronic metamaterialsphysicsmetamaterialsterahertz photonicsadvanced functional materialsapplied physics

Electromagnetic Signal Propagation Through Lossy Media via Surface Electromagnetic Waves. arXiv (Cornell University) (2024)

lossy mediaelectromagnetic compatibilitywave propagationmicrowave technologyelectromagnetic waveselectromagnetismelectromagnetic fields

Experimental Observation of Surface Wave States at the Gold–Silver Interface. Photonics (2024)

plasmonicsmetalsphysicssurface scienceinterface sciencecondensed matterplasmonic materialsplasmonsoptical propertiesexperimental observationapplied physicsinterface (matter)materials science

From Rust to Riches: Phytochemically Assisted Synthesis of Superparamagnetic Fe 3 O 4 Nanoparticles With Au for Sers Sensing. RSC Applied Interfaces (2024)

Roadmap on Label‐Free Super‐Resolution Imaging. Laser & Photonics Review (2023)

photonicsmicroscopysuper-resolution imagingadvanced imaginglabel-free super-resolution imaginglasersbiomedical imaginglaser sciencematerials science

Study of Effective 2+1 Dimensional Gravity in Ferrofluid‐Based Hyperbolic Metamaterials. Annalen der Physik (2023)

Vera N. SmolyaninovaJonathon CartelliNathaniel ChristopherBenjamin KistJonathan PerryStephanie SpickardMary Sajini DevadasIgor I. Smolyaninov

ferrofluidphysicsgravityfluid mechanicsdimensional gravityapplied physicsmechanicsmaterials science

Surface Electromagnetic Waves in Lossy Media for Environmental Sensing Applications. (2023)

sensorssurface electromagnetic waveselectromagnetic compatibilitymicrowave technologyelectromagnetic waveselectromagnetismsurface waveselectromagnetic fieldselectrical engineering

Synthesis and Characterization of Magnetoplasmonic Air-Stable Au@Feco. Langmuir (2023)

magnetic materialsmagnetismmaterial chemistryplasmonsmagnetic resonancenanoparticle researchmaterials science

Analogue Quantum Gravity in Hyperbolic Metamaterials. Universe (2022)

Nonlinear Optics in Ferrofluid-Based Hyperbolic Metamaterials. (2022)

Vera N. SmolyaninovaJonathon CartelliNathaniel ChristopherJonathan PerryStephanie SpickardMary S. DevadasIgor I. Smolyaninov

ferrofluidnonlinear opticsnanotechnologyferrofluid-based hyperbolic metamaterialsapplied physicsmaterials science

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