RamApp_tool's profile picture. #RamApp is a modern #free and web-based tool for the analysis of hyperspectral #data.  By @CNR_IFN @Fisipolimi and #Datrix in the context of @CrimsonEU

RamApp

@RamApp_tool

#RamApp is a modern #free and web-based tool for the analysis of hyperspectral #data. By @CNR_IFN @Fisipolimi and #Datrix in the context of @CrimsonEU

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#RamApp is out! 🚨 We are excited to release the first publicly available #beta version of #RamApp: a #free web-based tool for the analysis of (not-only) #Raman maps ➡️Try it here: ramapp.io😍

ramapp.io

RamApp - A modern hyperspectral imaging toolbox for processing and analysis

RamApp - A modern hyperspectral imaging toolbox for processing and analysis


After a while, some updates from @RamApp_tool before summer #vacations ⛱️🌞🍹


🚀 Big news: #RamApp has now hit 150+ users! Thank you to everyone who's made RamApp their tool of choice for hyperspectral data analysis. We're just getting started on this amazing journey! #Thanks 🙏 @CNR_IFN @fisipolimi #Datrix

RamApp_tool's tweet image. 🚀 Big news: #RamApp has now hit 150+ users!
Thank you to everyone who's made RamApp their tool of choice for hyperspectral data analysis. 
We're just getting started on this amazing journey! 
#Thanks 🙏
@CNR_IFN @fisipolimi #Datrix

Did you try the #Spectral_fitting function in #RamApp ? Just upload your reference spectrum - even from other sources - select the appropriate fitting function and that's it. Here below the #apatite reference spectrum is detected in #vertebral tissue using Pearson correlation

RamApp_tool's tweet image. Did you try the #Spectral_fitting function in #RamApp ? Just upload your reference spectrum - even from other sources -  select the appropriate fitting function and that's it. 
Here below the #apatite reference spectrum is detected in #vertebral tissue using Pearson correlation

@RamApp_tool was presented today at #ICAVS12 in Krakow! @andre_masella delivered a presentation in a session focused on #chemometrics and #machinelearning topics. Thank you to all the attendees who joined us! ➡️ramapp.io/news.html?id=r…

RamApp_tool's tweet image. @RamApp_tool was presented today at #ICAVS12 in Krakow!
@andre_masella delivered a presentation in a session focused on #chemometrics and #machinelearning topics.
Thank you to all the attendees who joined us!

➡️ramapp.io/news.html?id=r…

Directly from @MIT a new image produced by @RamApp_tool by @bresci_arianna These are aggregated #living mouse #embryonic #stem #cells exiting from pluripotency and showing differentiation features. Steps: despike, automatic optical substrate removal, single bands integration

RamApp_tool's tweet image. Directly from @MIT a new image produced by @RamApp_tool by @bresci_arianna 
These are aggregated #living mouse #embryonic #stem #cells exiting from pluripotency and showing differentiation features. 
Steps: despike, automatic optical substrate removal, single bands integration

A second image from @RamApp_tool! @morteza_beh @HemenHosseini are investigating #rice structures, cultivar-specific features and pesticide contam., using a home-built Raman microscope @CNR_IFN @fisipolimi ➡️#RamAppers, share and tag your images! (more details in the description)

RamApp_tool's tweet image. A second image from @RamApp_tool!
@morteza_beh @HemenHosseini are investigating #rice structures, cultivar-specific features and pesticide contam., using a home-built Raman microscope @CNR_IFN @fisipolimi
➡️#RamAppers, share and tag your images!
(more details in the description)

Let's start sharing beautiful images from @RamApp_tool users This is from #BenedettoArdini @fisipolimi: a mixture of #microplastics (20-100 µm) studied by a home-built widefield FT-based #Raman Microscope ➡️we invite all #RamAppers to share their images @CristianManzon6

RamApp_tool's tweet image. Let's start sharing beautiful images from @RamApp_tool users
This is from #BenedettoArdini @fisipolimi: a mixture of #microplastics (20-100 µm) studied by a home-built widefield FT-based #Raman Microscope
➡️we invite all #RamAppers to share their images
@CristianManzon6

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