Spiral phase plate for generation of scalar vortex beam made on fused silica by laser-induced microplasma

Kostyuk, G. K.; Shkuratova, Victoria; Petrov, Andrey; Stepanyuk, D.S.; Zakoldaev, R. A.

doi:10.1007/s11082-022-04491-0

Opt Quant Electron

2023

DOI: 10.1007/s11082-022-04491-0

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Spiral phase plate for generation of scalar vortex beam made on fused silica by laser-induced microplasma

G. K. Kostyuk

Victoria Shkuratova

Andrey Petrov

et al.

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Cited by 8 publications

References 57 publications

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Exploring Diffractive Optical Elements and Their Potential in Free Space Optics and imaging‐ A Comprehensive Review

Khonina,

Kazanskiy,

Butt

2024

Laser & Photonics Reviews

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Diffractive Optical Elements (DOEs) are indispensable tools across numerous technological domains due to their capacity to manipulate light with sophistication and versatility. Their compact dimensions, lightweight nature, and compatibility with diverse materials render DOEs as prime candidates for integration into various optical systems, spanning from consumer electronics to state‐of‐the‐art scientific devices. Thus, DOEs stand as essential catalysts in technological advancement, facilitating innovation and unlocking new applications across a broad spectrum of disciplines. In this comprehensive review paper, Numerous types of DOEs widely acknowledge for their efficacy in both free space optics and imaging applications are delved. Beyond mere enumeration, their practical applications, elucidating their transformative impact on these fields are carefully examined. Furthermore, the challenges encountered in their implementation are dissected, paving the way for insightful discussions on future trajectories and advancements.

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Exploring Diffractive Optical Elements and Their Potential in Free Space Optics and imaging‐ A Comprehensive Review

Khonina,

Kazanskiy,

Butt

2024

Laser & Photonics Reviews

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Fresnel diffraction of Humbert beam of type-II by a helical axicon

Chib¹,

Khannous²,

Belafhal³

2023

Opt Quant Electron

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The current study examines the diffraction of Humbert beam of type-II by a helical axicon based on the diffraction integral formula. The considered beam is a new donut beam family which generated by converting the Bessel-Gaussian beams passing through a paraxial ABCD optical system with a SPP. For the diffracted beam produced by the stationary phase approach, we have formulated the intensity distribution. By adjusting the input beam features and the topological charge of the helical axicon, numerical simulations are carried out to examine the behavior of the diffracted beam.

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Generation of donut Humbert beam of type-II

Chib,

Khannous,

Belafhal

2023

Opt Quant Electron

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A new family of donut beams known as Humbert beam of type-II (HBII) was developed by converting circular beams (CiBs) that were travelling through an ABCD paraxial optical system with a spiral phase plate (SPP). Either the superposition of the Whittaker, Besselmodulated, Laguerre, and Hermite beams, can be used to represent the amplitude field of CiBs.The transformation and propagation of CiBs using a SPP after propagating the examined optical system, is shown and deduced in detail. To investigate the comportment of Humbert beams of the type-II in free space and through telescope, numerical simulations are performed.

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Spiral phase plate for generation of scalar vortex beam made on fused silica by laser-induced microplasma

Cited by 8 publications

References 57 publications

Exploring Diffractive Optical Elements and Their Potential in Free Space Optics and imaging‐ A Comprehensive Review

Exploring Diffractive Optical Elements and Their Potential in Free Space Optics and imaging‐ A Comprehensive Review

Fresnel diffraction of Humbert beam of type-II by a helical axicon

Generation of donut Humbert beam of type-II

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