Kurt, Hamza

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Full Name

Kurt, Hamza

Variants

Kurt, H.
H. Kurt
Kurt, Hamza.

Main Affiliation

02.5. Department of Electrical and Electronics Engineering

Personal Site

Personal Web Site

Email

hkurt@etu.edu.tr

Link to YOK Profile

ORCID

0000-0002-0749-4205

Link to Google Profile

Google Scholar Profile

Scopus Author ID

57189350201

Researcher ID

AAZ-5563-2020

Industrial Interests

Biyokimyasal Sensörler Fotonik Entegre Devreler Grin Optik Nanofotonik Doğadan Esinlenen Optik Fotonik Kristaller LED/OLED Görüntü ve Aydınlatma Solar Enerji

Biography

Photonics is the science where information processing including the generation, transmission and detection is carried out by means of photons. Lasers and light emitting diodes are used for the generation of the light, modulators and filters process the data while propagating through dielectric waveguides and fiber optics. The journey ends up with the detection of photons by detectors. Photonics is an interdisciplinary field. The merge of photonics with the electronics is called opto-electronics. Similarly, acousto-optics is the interaction of the photons with the sound waves. Lasers find wide range of applications varying from life sciences to industrial applications. Nanophotonics, biophotonics, quantum optics and metamaterials are some examples of the disciplines dealing with the photonics research. We can see the role of the Photonics in different areas including communication, imaging, lighting, energy, displays, life sciences, and safety. The unique feature of the Photonics is the large capacity of the information processing at high speed.

Kurt Research Group consists of research students, researchers, and scholars from different disciplines and background including electrical and electronics engineering, physics, applied physics. Our research works is supported by TUBITAK (The Scientific and Technological Research Council of Turkey), TUBA (Turkish Academy of Sciences) and NATO(North Atlantic Treaty Organization).

Country

Turkey

Status

Current Staff

	Issue Date	Title
21	Apr-2020	Crossed Chiral Band Approximation for Wide-Band Self-Collimation of Light
22	Apr-2020	Demonstration of Carpet Cloaking by an Anisotropic Zero Refractive Index Medium
23	2013	Design of a Wavelength Selective Medium by Graded Index Photonic Crystals
24	2008	Design of Annular Photonic Crystal Slabs
25	2011	Design of T-Shaped Nanophotonic Wire Waveguide for Optical Interconnection in H-Tree Network
26	1-Dec-2018	Directional Invisibility by Genetic Optimization
27	15-Mar-2018	Directionality Fields Generated by a Local Hilbert Transform
28	Aug-2014	Dual Polarized Broadband and All Dielectric Partial Cloaking Using Stacked Graded Index Structures
29	Jul-2020	Dynamic Beam Splitter Employing an All-Dielectric Metasurface Based on an Elastic Substrate
30	2013	Efficient and Broadband Guided Wave One-Way Mode-Order Conversion With Theoretical and Numerical Analysis
31	2013	Efficient Mode Converter Design Using Asymmetric Graded Index Photonic Structures
32	2013	Efficient Mode-Order Conversion Using a Photonic Crystal Structure With Low Symmetry
33	24-Sep-2018	Enhanced Superprism Effect in Symmetry Reduced Photonic Crystals
34	2013	Extraordinary Wavelength Dependence of Self-Collimation Effect in Photonic Crystal With Low Structural Symmetry
35	2009	Fabrication of Annular Photonic Crystals by Atomic Layer Deposition and Sacrificial Etching
36	Mar-2020	Fabry-Perot Microtube Cavity Structure for Optical Sensing at Mid-Infrared Spectrum
37	2008	The Focusing Effect of Graded Index Photonic Crystals
38	16-May-2018	Full Utilization of Semi-Dirac Cones in Photonics
39	2012	Generation of a Two-Dimensional Limited-Diffraction Beam With Self-Healing Ability by Annular-Type Photonic Crystals
40	Sep-2014	Graded Index Optical Microresonators: Analytical and Numerical Analyses

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