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Universal Journal of Lasers, Optics, Photonics & Sensors


  • I would like to thank you first for this nice invitation at the conference LOPS 2021. The conference was very interesting, well organized and very inspiring for interaction and collaborations. I was impressed by the organization I found very efficient and flexible. The conference gave me the opportunity to present my research to a global audience creating an excellent synergy. Experience we have to do it again every year for sure! Looking forward to see you next year! 

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    • Nicolas Javahiraly, Project manager, Expert, The Sagem Defense group,  University of Strasbourg, France
  • The Universal Journal of Lasers, Optics, Photonics & Sensors is a new and exciting online journal which brings to the reader the latest advances in cutting-edge research in a timely fashion.  Its published articles have been subject to rigorous peer review, which helps maintain top quality of each issue. 

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    • Prof. Thomas F. George, Chancellor Emeritus / Professor Emeritus of Chemistry and Physics, University of Missouri-St. Louis

Articles


Diversity based Atmospheric Turbulence Compensation for Incoherent Imaging Systems using a New Well Optimized Linear Finder Methodology - Research

William (Doc A) Arrasmith, Florida Institute of Technology, United States
Volume - 1, Issue - 2


Image De noising using the New M. I. D. A. S. Filter - Research

Everett Coots, Florida Institute of Technology, United States
Volume - 1, Issue - 2


Performance of a real-time atmospheric turbulence compensation methodology operating on aberrations modeled with-Von-Karman-statistics - Research

T. Coon, Florida Institute of Technology, United States
Volume - 1, Issue - 2


Well-Optimized-Linear-Finder-(WOLF)-Atmospheric-Turbulence-Compensation-(ATC)-computational-speed-improvement-through-the-adoption-of-parallel-pre-calculated constant-complex-exponential-phase-difference-chains - Research

Erlin He, Florida Institute of Technology, United States
Volume - 1, Issue - 2


Order Analysis Comparison between traditional Fourier Transform-based atmospheric turbulence compensation methods and new Well Optimized Linear Finder Methodolog - Research

Yang Xin, Florida Institute of Technology, United States
Volume - 1, Issue - 2