مقالات در نشریات
- ۱. Hamid Vahed, Hossein Karim Khani،Numerical Analyze of a Broadband Optical Modulator Based on Bilayer Graphene and h-BN in the Wavelength range of ۱۳۰۰ to ۱۸۰۰ nm with High Extinction Ratio،Journal of Iranian Association of Electrical and Electronics Engineers،۲۰۲۱/۱۰/۱۴.
- 2. Mohammad Salahandish , Hadi Soofi , Hamid Vahed,Compact N× N programmable photonic circuits based on air-cavity decorated bimodal waveguides for efficient light routing, switching, and neuromorphic computing,Results in Optics,pp. 101142,2026 09 02.
- 3. Riadh A Kadhim , Jafaar Mohammed Daif Alkhasraji , Hamid Vahed,Design and simulation of a quantum dot-based photodetector with energy-selective contacts for simultaneous multi-wavelength detection,Discover Applied Sciences,2026 07 03.
- 4. Zahraa Hummam , Hamid Vahed , Ali Pourziad,Comparative thermo-optical and fabrication-tolerance analysis of mid-infrared hollow-core antiresonant fibers using FDE modeling,Engineering Research Express,Vol. 14,pp. 145407,2026 07 01.
- 5. Mohammad Salahandish , Hadi Soofi , Hamid Vahed,Silicon Photonic Wavelength-Selective Switch Using Reconfigurable Bimodal Waveguides with Air Holes,IEEE Photonics Journal,2026 06 22.
- 6. Zahraa Hummam , Hamid Vahed , Ali Pourziad,Ultra-low loss mid-IR transmission in a novel elliptical wire-based hollow core metamaterial fiber,Silicon,Vol. 18,pp. 1,2026 01 24.
- 7. zahraa Hummam , Hamid Vahed , Ali Pourziad,Designing a Four Tube Hollow Core Fiber for Mid-IR Ultra-Low Loss Transmission,Engineering Research Express,pp. 045404,2025 10 08.
- 8. Qaidar Mohammed Salih , Hamid Vahed , Riadh A Kadhim,Numerical analysis of multi-parameter plasmonic optical fiber sensor based on a dual-D-shaped hole,Physica Scripta,pp. 095512,2025 09 05.
- 9. Masoud Hasankhani , Hamid Vahed , Mohammad Bemani,Dynamically tunable multi-functional anisotropic metamaterial absorber based on graphene-black phosphorus asymmetric monolayer pattern,Physica Scripta,pp. 085560,2025 08 22.
- 10. Zahraa Hummam , Hamid Vahed , Ali Pourziad,Comparative study of loss characteristics in mid-IR hollow metal-core fibers using Au, Ag, and Al,Plasmonics,Vol. 12,pp. 11821,2025 08 06.
- 11. Riadh A Kadhim , Falah Hasan Mohammed , Hamid Vahed,Multi-band high-performance graphene mid-infrared photodetector based on plasmonic and fabry–perot resonances,Plasmonics,Vol. 12,pp. 11445,2025 07 26.
- 12. Zahraa Hummam , Hamid Vahed , Ali Pourziad,Impact of birefringence loss on quartz-based optical waveguides in the mid-infrared spectrum,OPTICAL AND QUANTUM ELECTRONICS,2025 05 15.
- 13. Zahraa Hummam , Hamid Vahed , Ali Pourziad,Investigating the influence of material composition and design parameters on optical loss in hollow core fibers at 9.5 µm,OPTICAL AND QUANTUM ELECTRONICS,2025 03 04.
- 14. Nawres Mohsin Kadhim , Hamid Vahed , Hadi Soofi,Enhanced nanolaser power for metamaterial waveguide using Bragg reflector and PSO algorithm,PHYSICA SCRIPTA,2025 02 17.
- 15. Nawres Mohsin Kadhim , Hamid Vahed , Hadi Soofi,Electrically Pumping of SOI Metamaterial Gain-Stripes Plasmonic Nanolaser with DBR Structure,Plasmonics,2025 02 07.
- 16. Masoud Hasankhani, Hamid Vahed, Mohammad Bemani,Switchable and tunable terahertz metamaterial absorber based on graphene and VO2 resonator with ultra-broadband and multi-band absorption,Optics Communications,2024/4/4.
- 17. Enhancing communication stability in free-space optical links: a focus on mitigating mechanical vibrations,Journal of Optics,2024 10 24.
- 18. Rita Fatanat Didar ,& Hamid Vahed,Sensitivity enhancement with coating of Si and ZnO and two-dimensional nanomaterials in silver-based SPR biosensor for DNA hybridization,OPTICAL AND QUANTUM ELECTRONICS,2024 09 23.
- 19. Qaidar mohammed Salih Mustafa, Riadh A Kadhim, Hamid Vahed Kalankesh, Ali Pourziad,Dual-channel plasmonic refractive index sensor based on H-shaped optical fibres for multi-analyte detection,Journal of Optics,2023/9.
- 20. Hossein Karimkhani, Hamid Vahed,Broadband Silver Ribbon-Embedded Graphene and h-BN Optical Modulator with High Modulation Depth and Extinction Ratio and Low Switching Voltage,IEEE Photonics Journal,2023/12/25.
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