Neurophotonics supports #OpenScience, transparency, #Reproducibility, and trust in research. Data sharing enables others to reuse your data for new discoveries increasing your impact!
https://www.spiedigitallibrary.org/journals/neurophotonics/author-guidelines#navBarAnchor
#neuroscience #neurophotonics #microscopy #fNIRS #OpticalImaging
Optical Imaging Market
It will grow to $4.82 billion in 2029 at a compound annual growth rate (CAGR) of 16.0%.
Read More @ https://goodprnews.com/optical-imaging-market-insights/
#marketresearchreport #marketresearch #marketintelligence #marketreport #industryanalysis #TheBusinessResearchCompany #TBRC #OpticalImaging
How Will The Optical Imaging Market Size and Growth Rates Change in the Upcoming Years? The Optical Imaging market has seen robust growth in recent years, expanding from $2.34 billion in 2024 to $2.66 billion in 2025 at a compound annual growth rate (CAGR) of 13.7%. This growth can be attributed to data analytics, image
@iscompsensing Applications for the ISCS 2025 Workshop are now open! https://www.iscs2025.com
2-3 June 2025, Luxembourg
This is an interesting event for PhD students and researchers since this workshop (organized before the ISCS symposium) actually refers to a 2-day summer school with 4 key international researchers (more info in the link) in the field of #optimization #inverseproblem solving, #opticalimaging and #radar systems.
Topics covered by this workshop will be about: Proximal Neural Networks; Wider Horizons in Optical Imaging with the Mesolens; and 2 Hands-on Tutorials: Track 1: DeepInverse: A Pytorch Library For Solving Imaging Inverse Problems With Deep Learning; Track 2: Build Your Own Radar with MIT’s Next-Generation Kit
The 2025 International Symposium of Computational Sensing (#iscs2025) will be held in Clervaux, Luxembourg, from 4-6 June 2025. Preceding the symposium, a 2-day workshop featuring lectures and hands-on tutorials will be held at the University of Luxembourg from June 2-3, 2025.
The International Symposium on Computational Sensing (ISCS) brings together researchers from optical microscopy, electron microscopy, RADAR, astronomical imaging, biomedical imaging, remote sensing, and signal processing. With a particular focus on applications and demonstrators, the purpose of
Whole-brain optical imaging approaches are often applied through a cranial window but are limited by their low spatio-temporal resolution. This study designs and characterizes a chronic cranial implant called the COMBO window that provides a larger field of view and is compatible for multiple imaging techniques across scales in head-fixed mice.
Anna Devor
tahseentbrc
Low Rank Jack
PLOS Biology
Fei Xia