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YxioaopusTbma

YxioaopusTbma is a specialized optical computation tool that models the self guiding behavior of Bessel beams generated by axicon lenses

YxioaopusTbma is a specialized optical computation tool that models the self guiding behavior of Bessel beams generated by axicon lenses

YxioaopusTbma

by Talha KAYGISIZ
YxioaopusTbma
YxioaopusTbma
YxioaopusTbma

What is it about?

YxioaopusTbma is a specialized optical computation tool that models the self guiding behavior of Bessel beams generated by axicon lenses. It accurately predicts filamentation length and clamped intensity based on user defined cone angle and laser input power helping researchers visualize nonlinear propagation limits in air or transparent media. With a clean gradient interface real time validation and on demand calculation YxioaopusTbma transforms complex laser beam physics into intuitive accessible results. Users can easily copy or share computed data for research documentation making it an ideal companion for photonics labs laser optics studies and ultrafast light experiments all within a seamless iOS experience.

YxioaopusTbma

App Details

Version
1.0
Rating
NA
Size
11Mb
Genre
Productivity
Last updated
October 18, 2025
Release date
October 18, 2025
More info

App Screenshots

YxioaopusTbma screenshot-0
YxioaopusTbma screenshot-1
YxioaopusTbma screenshot-2
YxioaopusTbma screenshot-3

App Store Description

YxioaopusTbma is a specialized optical computation tool that models the self guiding behavior of Bessel beams generated by axicon lenses. It accurately predicts filamentation length and clamped intensity based on user defined cone angle and laser input power helping researchers visualize nonlinear propagation limits in air or transparent media. With a clean gradient interface real time validation and on demand calculation YxioaopusTbma transforms complex laser beam physics into intuitive accessible results. Users can easily copy or share computed data for research documentation making it an ideal companion for photonics labs laser optics studies and ultrafast light experiments all within a seamless iOS experience.

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