Faculty

Institution

Unit

Venue

Ahmet E. Akosman

Associate Professor of Engineering

Roger Williams University

Affiliations

Department Of Arts And Sciences

School of Engineering, Computing and Construction Management

Department Of Construction Management

Department Of Engineering

Department of Computer Science

Mario J. Gabelli School of Business

Department of Economics

Roger Williams University

Ahmet E. Akosman is currently serving as an Arts And Sciences Associate Professor of Engineering at Roger Williams University.

Honors

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Experiences

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Education

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Ahmet E. Akosman

Roger Williams University

Associate Professor of Engineering

You can click a keyword to filter the displayed items

photonics fibers applied physics optical materials advanced fiber material laser science multimaterial fiber fiber optics optoelectronics optical properties fiber structure materials science fiber lasers laser processing technology mechanical engineering fiber science fiber-optic communications fiber optic sensing lightwave technology optical engineering electrical engineering materials engineering advanced manufacturing technologies structural materials composite construction additive manufacturing beam optics optimal positioning nested elements advanced materials electronic materials composite structures thermal engineering textile research light science optical testing quantum photonics high-performance fiber guided-wave optic terahertz science terahertz photonics printed electronics optical sensors sensor technology sensor design interlaced pulses mode-locked fiber laser dual comb generation repetition rate ghz regime polarization rotation dynamics low noise core pumping supercontinuum generation low-loss hollow-core fibers mid-infrared transmission single-mode operation infrared region polarization maintenance

Notable Scholarly Works

Notable Federal Grants

Collaborators

Wavelength Filtering in Negative Curvature Hollow-Core Fibers. Springer Link (Chiba Institute of Technology) (2025)

light sciencephotonicsmultimaterial fiberoptical propertiesfibersoptical materialsfiber structurewavelength filteringadvanced fiber materialfiber optics

Bar-Supported Negative Curvature Hollow-Core Fiber for Low-Loss Guidance in the Near-Infrared Region. (2024)

lightwave technologyphotonicsmultimaterial fiberoptical propertiesguided-wave opticfibersoptical materialsnear-infrared regionapplied physicsoptical spectrometerfiber opticslow-loss guidance

Frequency Selective Low-Loss Transmission in Negative Curvature Hollow-Core Fibers. Physica Scripta (2024)

lightwave technologyphotonicsmultimaterial fiberoptical propertiesfiber-optic communicationsfibersoptical materialsadvanced fiber materialfiber optics

Higher Order Mode Analysis in Frequency Selective Negative Curvature Fibers. (2024)

photonicsmultimaterial fiberoptical propertiesfiber-optic communicationsfibersfiber structurefiber optics

Tailoring Strut Thicknesses for Selective Thz Negative Curvature Fiber Sensors. (2024)

strut thicknessessmart materialsoptical propertiesfibersoptical materialsfiber optic sensingmechanical engineering

Thz Negative Curvature Fiber Sensor Design for Blood Constituent Analysis. (2024)

blood constituent analysisoptical sensorssensor designsensor technologyfiberssensorsbiomedical engineeringinstrumentation

3D Printing Compatible Multimode Terahertz Negative Curvature Hollow-Core Fibers. (2023)

additive manufacturingmultimaterial fiberfibersoptical materialsfiber structurematerials scienceadvanced manufacturing technologiesadvanced fiber material3d printing

Designing Optical Negative Curvature Hollow-Core Fibers With Rotated Elliptical Cladding Elements. (2023)

photonicsmultimaterial fiberoptical propertiesfibersoptical materialsfiber structurefiber optic sensingadvanced fiber materialphotonic crystalsfiber optics

Enhancing Polarization Maintenance and Spectral Filtering in Negative Curvature Hollow-Core Fibers. Photonics and Nanostructures - Fundamentals and Applications (2023)

photonicsmultimaterial fiberoptical propertiesfibersoptical materialsfiber structurefiber optic sensingpolarization maintenancespectral filteringadvanced fiber materialfiber optics

Enhancing Thz Chemical Sensing With Elliptical Cladding Elements in Negative Curvature Fibers. (2023)

metamaterialsnegative curvature fibersoptical propertiesfibersoptical materialsterahertz sciencematerials scienceapplied physicsadvanced fiber materialthz chemicalterahertz photonics

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Ahmet E. Akosman

Associate Professor of Engineering

Roger Williams University

Affiliations

Department Of Arts And Sciences

School of Engineering, Computing and Construction Management

Department Of Construction Management

Department Of Engineering

Department of Computer Science

Mario J. Gabelli School of Business

Department of Economics

Roger Williams University

Ahmet E. Akosman is currently serving as an Arts And Sciences Associate Professor of Engineering at Roger Williams 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

Ahmet E. Akosman

Roger Williams University

Associate Professor of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Wavelength Filtering in Negative Curvature Hollow-Core Fibers. Springer Link (Chiba Institute of Technology) (2025)

light sciencephotonicsmultimaterial fiberoptical propertiesfibersoptical materialsfiber structurewavelength filteringadvanced fiber materialfiber optics

Bar-Supported Negative Curvature Hollow-Core Fiber for Low-Loss Guidance in the Near-Infrared Region. (2024)

lightwave technologyphotonicsmultimaterial fiberoptical propertiesguided-wave opticfibersoptical materialsnear-infrared regionapplied physicsoptical spectrometerfiber opticslow-loss guidance

Frequency Selective Low-Loss Transmission in Negative Curvature Hollow-Core Fibers. Physica Scripta (2024)

lightwave technologyphotonicsmultimaterial fiberoptical propertiesfiber-optic communicationsfibersoptical materialsadvanced fiber materialfiber optics

Higher Order Mode Analysis in Frequency Selective Negative Curvature Fibers. (2024)

photonicsmultimaterial fiberoptical propertiesfiber-optic communicationsfibersfiber structurefiber optics

Tailoring Strut Thicknesses for Selective Thz Negative Curvature Fiber Sensors. (2024)

strut thicknessessmart materialsoptical propertiesfibersoptical materialsfiber optic sensingmechanical engineering

Thz Negative Curvature Fiber Sensor Design for Blood Constituent Analysis. (2024)

blood constituent analysisoptical sensorssensor designsensor technologyfiberssensorsbiomedical engineeringinstrumentation

3D Printing Compatible Multimode Terahertz Negative Curvature Hollow-Core Fibers. (2023)

additive manufacturingmultimaterial fiberfibersoptical materialsfiber structurematerials scienceadvanced manufacturing technologiesadvanced fiber material3d printing

Designing Optical Negative Curvature Hollow-Core Fibers With Rotated Elliptical Cladding Elements. (2023)

photonicsmultimaterial fiberoptical propertiesfibersoptical materialsfiber structurefiber optic sensingadvanced fiber materialphotonic crystalsfiber optics

Enhancing Polarization Maintenance and Spectral Filtering in Negative Curvature Hollow-Core Fibers. Photonics and Nanostructures - Fundamentals and Applications (2023)

photonicsmultimaterial fiberoptical propertiesfibersoptical materialsfiber structurefiber optic sensingpolarization maintenancespectral filteringadvanced fiber materialfiber optics

Enhancing Thz Chemical Sensing With Elliptical Cladding Elements in Negative Curvature Fibers. (2023)

metamaterialsnegative curvature fibersoptical propertiesfibersoptical materialsterahertz sciencematerials scienceapplied physicsadvanced fiber materialthz chemicalterahertz photonics

1
2
3
4
10 / page