tcspc

Read and write PicoQuant PTU and related files (PHU, PCK, PCO, PFS, PUS, PQRES, PQDAT, PQUNI, SPQR, and BIN).

Analyze fluorescence lifetime and anisotropy decays.

FLIM Digital Twin

This app is for fitting Time Resolved Photoluminescence (TRPL) measurement data that includes the Instrument Response Function (IRF). It uses a reconvolution method to account for the IRF of the instrument system. It outputs fitting parameters and offers multiple lifetime decay models.

This is a repo for a Python based application to open SMS .h5 files, and perform the initial analysis and exporting.

A bunch of python scripts for data evaluation and presentation developed in the nanooptics group at the Humboldt University Berlin.

Read FLIMbox data and related files (FBD, FBF, and FBS.XML).

Python-based control & analysis software for our optical measurement system

Blind instrument response function identification from fluorescence decays

Experimental Python wrapper for PicoQuant Sepia API

ExplorationSE Harp GX Mobil – Live-Korrelationen g²/g³/g⁴, Histogramme und Steuerung für eine PicoQuant Harp im Browser (PWA). Simulation, noch ohne Geräteanbindung

ExplorationSE Harp Mobil – Live-Histogramme und Steuerung für PicoQuant HydraHarp 500 im Browser (PWA). Simulation, noch ohne Geräteanbindung

Decode TSCPC data from .photons file

Measures the PSII quantum yield of leaves, phi2, from chlorophyll fluorescence intensity and lifetime with an AMBIT fluorimeter and a FLIM LABS TCSPC set-up. The phi2 GUI runs on Windows, Linux and macOS and uploads each run to openJII.