An open-source stopwatch to time interactions between #molecules inside living #cells.
#Cytology #cytochemistry #BrightEyes_TTM
https://phys.org/news/2023-01-open-source-stopwatch-interactions-molecules-cells.html
#molecules #cells #cytology #cytochemistry #brighteyes_ttm
RT @VicidominiLab@twitter.com
#quantum is here! Why not collect #fluorescence #photon-by-photon in your laser-scanning #microscope? We developed the #BrightEyes_TTM, an #opensource data acquisition system able to do it!
https://www.nature.com/articles/s41467-022-35064-0
@IITalk@twitter.com @ERC_Research@twitter.com @RNA_iit@twitter.com @MSCActions@twitter.com #BrightEyes_ERC
(1/5)
🐦🔗: https://twitter.com/VicidominiLab/status/1600403914544668672
#brighteyes_erc #opensource #brighteyes_ttm #microscope #photon #fluorescence #quantum
Fluorescence has never been so informative! Thanks to the synergy between the #BrightEyes_TTM and the #SPAD array detector, we can perform #FLFS on living cells to simultaneously follow different dynamics parameters and fluorescence lifetime. (4/5)
#singlephotonmicroscopy
#brighteyes_ttm #spad #flfs #singlephotonmicroscopy
We characterized the #BrightEyes_TTM. We can reach a single-shot precision of 30 ps, 4 ns dead-time, and an "infinite" range in all channels, with a total flux of up to 125 MHz. (3/5)
#TCSPC #antibunching #quantum #microscopy #FPGA
#coding #LIDAR
#brighteyes_ttm #tcspc #antibunching #Quantum #microscopy #fpga #coding #lidar
#quantum is here! Why not collect #fluorescence #photon-by-photon in your laser-scanning #microscope? We developed the #BrightEyes_TTM, an #opensource data acquisition system able to do it!
https://www.nature.com/articles/s41467-022-35064-0
@IITalk@twitter.com @ERC_Research@twitter.com @RNA_iit@twitter.com @MSCActions@twitter.com #BrightEyes_ERC
(1/5)
#Quantum #fluorescence #photon #microscope #brighteyes_ttm #opensource #brighteyes_erc