An Editors' Pick via #OPG_OL: Physics-guided in-line holographic reconstruction via complex-valued multi-scale wavelet decomposition and cross-frequency gated fusion https://bit.ly/4tki7BF #DigitalHolography #WaveletTransforms💡⚛️

An Editors' Pick via #OPG_JOSA_A: High-density three-dimensional image reconstruction using rapid modulation of light https://bit.ly/3ZUonUk #DigitalHolography #ThreeDimensionalImaging💡⚛️

Join us to explore new modes of access & accessibility through emerging technologies at the University of Macau Library on March 25–27:

Event details: www.ifla.org/events/beyon...

#VirtualReality #AugmentedReality #DigitalHolography #AI #MultilingualTechnologies #Libraries #DigitalInclusion #IFLA

Via #OPG_AO: Frequency detuning analysis in multi-chirp range-selective digital holography with temporal heterodyning opg.optica.org/ao/fulltext.cfm #RangeSelectiveImaging #DigitalHolography

🚀 The Digital Holography Market is projected to reach $12.1B by 2029 at a 20.7% CAGR. Growth fueled by medical imaging, consumer electronics, and 3D display innovation.

#DigitalHolography #Tech

How to Correct for Bias in Off-Axis Holography for Transmission Matrix Measurements - Wavefrontshaping.net How to Correct for Bias in Off-Axis Holography for Transmission Matrix Measurements

New tutorial on identifying and compensating for systematic errors in off-axis holography, which can have non-negligible effects on transmission matrix measurements.
#wavefrontshaping #optics #Python #digitalholography
@instlangevin.bsky.social
www.wavefrontshaping.net/post/id/91

ZoomFFT for speeding up off-axis computation (and more) - Wavefrontshaping.net Wavefrontshaping.net is dedicated to scientific applications of wavefront shaping techniques in complex media. Discover highlights of recent papers, publication databases, tutorials and more!

New tutorial on `ZoomFFT` for speeding up off-axis computation in Python:
www.wavefrontshaping.net/post/id/90
#optics #Python #digitalholography @instlangevin.bsky.social