Brand: PicoQuant | Category: Nanotechnology
QuCoA is an integrated acquisition and analysis package for PicoQuant time tagging and TCSPC electronics, aimed at experiments built around photon coincidences. It calculates g(2) antibunching correlations under continuous wave or pulsed excitation, with fitting models for single emitters with and without shelving states, pulsed excitation models and detector resolution corrections. Coincidence counting is defined through user set logical filters using AND, OR and NOT across detection channels and markers within configurable time gates. A scripting language allows custom analysis routines, and the software can be driven remotely over TCP/IP while acquiring and visualising data in real time.
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Contact Vvon Technologies Limited about PicoQuant equipment requirements in Bangladesh.
Phone: +880 1711-738207 | Email: info@vvon.com.bd
snAPI is a free Python wrapper for PicoQuant's time tagging and TCSPC electronics, backed by a high performance C++ core so that Python flexibility does not cost processing speed. Measurement classes cover Histogram for TCSPC distributions and lifetime analysis, Time Trace for count rate tracking, Correlation for auto and cross correlation such as g² and FCS, and Unfold and Raw for direct access to photon event streams. Real time manipulators handle coincidence detection across channels, herald based event filtering, channel merging, timestamp delays and sub-stream temporal filtering. It also supports White Rabbit multi-device synchronisation with sub-nanosecond precision, PTU file reading for offline work and photon number resolution, runs on Windows and Linux, and ships with ready to run quantum optics demonstration code including Bell states, GHZ, BB84 QKD and boson sampling.
NovaISM is image scanning microscopy and FLIM analysis software that is integrated with the Luminosa microscope and optimised for the PDA-23 SPAD array detector. Working from the summed signal of all 23 SPAD pixels, pixel reassignment alone raises resolution by roughly 30%, and combined with computational sectioning and deconvolution the software delivers up to 1.7 times higher resolution than conventional confocal imaging. Computational sectioning removes out of focus contributions to lift contrast, and it can run simultaneously with lifetime species separation. Raw time tags from all 23 PDA-23 pixels remain accessible, batch analysis covers series measurements and multi-ROI workflows, and results export as BMP, PNG, OME-TIFF and SVG.
SymPhoTime 64 is PicoQuant's integrated platform for time-resolved fluorescence imaging and analysis, pairing structured workflows with acquisition and processing tools. On the imaging side it unifies FLIM, FRET, anisotropy and multichannel imaging with decay fitting and IRF reconvolution. Its correlation engine covers FCS, FCCS, FLCS and antibunching analysis, and single molecule interfaces handle blinking, burst analysis, lifetime traces and PIE-FRET studies. The software controls PicoQuant microscope systems, the LSM Upgrade Kit, time tagging and TCSPC electronics and custom setups, with synchronised multi-mode imaging, real time previews and STUPSLANG scripting for tailored analysis routines and hardware extensions.