Michał Makowski

About Michał Makowski

Michał Makowski, With an exceptional h-index of 21 and a recent h-index of 15 (since 2020), a distinguished researcher at Politechnika Warszawska, specializes in the field of optyka, fizyka, holografia.

His recent articles reflect a diverse array of research interests and contributions to the field:

Pixel-level phase filters for off-axis shifting of sinc envelope in holographic projection

Methods of Recording and Reproducing Holograms

Extended depth of focus for high-end machine vision lenses by annular achromatic add-on diffractive elements

Dynamic complex opto-magnetic holography

Accelerating hologram generation using oriented-separable convolution and wavefront recording planes

Holographic projection using phase-only spatial light modulators

Ultrafast, Memory-Less Computation and Rewriting of Complex Holograms in the Opto-Magnetic Medium

SLM pixel apodization for the attenuation of selected diffractive orders in computer-generated holography

Michał Makowski Information

University

Position

___

Citations(all)

1690

Citations(since 2020)

761

Cited By

1093

hIndex(all)

21

hIndex(since 2020)

15

i10Index(all)

34

i10Index(since 2020)

22

Email

University Profile Page

Google Scholar

Michał Makowski Skills & Research Interests

optyka

fizyka

holografia

Top articles of Michał Makowski

Pixel-level phase filters for off-axis shifting of sinc envelope in holographic projection

Optics Express

2023/8/28

Methods of Recording and Reproducing Holograms

2023/4/27

Extended depth of focus for high-end machine vision lenses by annular achromatic add-on diffractive elements

Optics and Lasers in Engineering

2023/3/1

Dynamic complex opto-magnetic holography

Nature Communications

2022/11/26

Accelerating hologram generation using oriented-separable convolution and wavefront recording planes

Optics Express

2022/9/26

Holographic projection using phase-only spatial light modulators

2022/8/31

Ultrafast, Memory-Less Computation and Rewriting of Complex Holograms in the Opto-Magnetic Medium

2022/8/1

SLM pixel apodization for the attenuation of selected diffractive orders in computer-generated holography

2022/5/30

Overlapping effect in dense all-optical, point-by-point recording of holographic patterns in the ferrimagnetic alloy

Journal of Magnetism and Magnetic Materials

2022/4/15

Holographic projection with an extended depth of focus for highly tilted screens

Optics and Lasers in Engineering

2022/3/1

Real-valued layer-based hologram calculation

Optics Express

2022/2/28

Improved playback uniformity of random-phase free holograms by pixel separation method

Photonics Letters of Poland

2021/12/30

Numerical optimization of writing computer-generated holograms in threshold media

Photonics Letters of Poland

2021/12/30

Three-dimensional hologram calculations using blocked radial and windmill point spread functions

Optics Express

2021/12/20

Suppression of spurious image duplicates in Fourier holograms by pixel apodization of a spatial light modulator

Optics Express

2021/11/22

Hologram computation using the radial point spread function

Applied Optics

2021/10/1

Photo-magnetic recording of randomized holographic diffraction patterns in a transparent medium

Optics Letters

2020/9/15

Jan Bolek
Jan Bolek

H-Index: 2

Michał Makowski
Michał Makowski

H-Index: 14

Point-by-Point Recording of Diffraction Patterns in the Photo-Magnetic Medium with Randomization of Sampling

2020/6/22

Reducing computational complexity and memory usage of iterative hologram optimization using scaled diffraction

Applied Sciences

2020/2/7

Analysis of the influence of modification of the shape of spot in computer-generated hologram on the intensity envelope in the playback field

2020

See List of Professors in Michał Makowski University(Politechnika Warszawska)

Co-Authors

academic-engine