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OrbiStabilix

OrbiStabilix is a precision-engineered scientific tool that models how thermal variations in orbit affect the optical phase stability of segmented space telescopes

OrbiStabilix is a precision-engineered scientific tool that models how thermal variations in orbit affect the optical phase stability of segmented space telescopes

OrbiStabilix

by Yaman KESKIN
OrbiStabilix
OrbiStabilix
OrbiStabilix

What is it about?

OrbiStabilix is a precision-engineered scientific tool that models how thermal variations in orbit affect the optical phase stability of segmented space telescopes. By combining material properties, orbital temperature swings, and control system efficiency, it accurately estimates cumulative phase drift and overall phasing RMS error. Designed with a modern gradient interface and clear result visualization, OrbiStabilix transforms complex thermal–optical dynamics into an intuitive, engineer-friendly analysis experience. It empowers optical scientists and aerospace engineers to assess, refine, and maintain sub-nanometer alignment stability across orbital cycles making it an essential companion for advanced telescope design and adaptive phasing control research.

OrbiStabilix

App Details

Version
1.0
Rating
NA
Size
2Mb
Genre
Productivity
Last updated
October 13, 2025
Release date
October 13, 2025
More info

App Screenshots

OrbiStabilix screenshot-0
OrbiStabilix screenshot-1
OrbiStabilix screenshot-2
OrbiStabilix screenshot-3

App Store Description

OrbiStabilix is a precision-engineered scientific tool that models how thermal variations in orbit affect the optical phase stability of segmented space telescopes. By combining material properties, orbital temperature swings, and control system efficiency, it accurately estimates cumulative phase drift and overall phasing RMS error. Designed with a modern gradient interface and clear result visualization, OrbiStabilix transforms complex thermal–optical dynamics into an intuitive, engineer-friendly analysis experience. It empowers optical scientists and aerospace engineers to assess, refine, and maintain sub-nanometer alignment stability across orbital cycles making it an essential companion for advanced telescope design and adaptive phasing control research.

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