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Arif Mawardi Ismail
Preferred name
Arif Mawardi Ismail
Official Name
Arif Mawardi, Ismail
Alternative Name
Ismail, Arif Mawardi
Mawardi, A.
Main Affiliation
Scopus Author ID
57224866382
Researcher ID
ABM-8075-2022
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1 - 3 of 3
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PublicationAnalysis of power distribution in mach zehnder interferometer polymer-based waveguide for sensing applications( 2022-12)Two Mach Zehnder Interferometer (MZI) polymer-based waveguide designs namely MZI symmetrical and MZI asymmetrical structures were simulated and analyzed using Optiwave OptiBPM10. The two designs with device size of 4000μm x 300μm exhibit clear optical propagation path when light is simulated through them as well as displaying single mode profile. Highest output power was obtained by the MZI symmetrical design at 0.90 a.u, which suggests better waveguide design for sensing applications.
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PublicationAnalysis of an electrically induced optical waveguide in a c-axis barium titanate thin filmIn this paper, we report our analysis of an electrically generated optical waveguide in a 𝑐- axis barium titanate (BTO) thin film. The waveguide consists of a BTO thin film which is sandwiched between two electrodes. The thin film forms a waveguide when a voltage difference is applied across the electrodes. It is found that the formed waveguide supports both TE and TM modes, with TM modes more tightly confined within the waveguide than TE modes. The possibility to turn the waveguide on and off simply by turning the electric field on and off may prove useful for optical switching.
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PublicationAnalysis of an Electrically Induced Optical Waveguide in a c-axis Barium Titanate Thin Film( 2021-12-01)In this paper, we report our analysis of an electrically generated optical waveguide in a c-axis barium titanate (BTO) thin film. The waveguide consists of a BTO thin film which is sandwiched between two electrodes. The thin film forms a waveguide when a voltage difference is applied across the electrodes. It is found that the formed waveguide supports both TE and TM modes, with TM modes more tightly confined within the waveguide than TE modes. The possibility to turn the waveguide on and off simply by turning the electric field on and off may prove useful for optical switching.