PicoQuant for Materials Science

Investigating photoluminescence using
steady-state and time-resolved techniques


Investigating the relationship between the atomic or molecular structure of materials and their macroscopic properties is a core aspect in the interdisciplinary field of materials science. The insights thus gained help in creating or modifying materials for improved performance.
PicoQuant provides powerful tools like steady-state and time-resolved spectroscopy or microscopy to study a material’s excited state dynamics and processes. The new FluoMic add-on for the FluoTime 300 provides a fast and easy way to perform fluorescence spectroscopy on remote samples.

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Get to the point with FluoMic

The FluoMic add-on combining a FluoTime 300 and a microscope.

The FluoMic add-on provides a fast, easy to use, and reliable way to expand the FluoTime 300’s outstanding flexibility in spectral (from UV to NIR) and temporal (from ps to ms) range with spatial resolution. Bring the broad palette of wizard-guided or customized steady-state and time-resolved applications supported by EasyTau 2 to remote samples with FluoMic.
Product website: FluoTime 300

Combine fluorescence spectroscopy with microscopy


We have a solution that allows combining a steady-state and time-resolved spectrometer with the scanning capabilities of a microscope. This kind of set-up opens the doors for exciting opportunities such as investigating spatial dependence of luminescence processes in many types of materials.
More information available in our application note: pdf-file for download

Discover the latest publications using our state-of-the-art solutions

Reference to: Pulsed Diode Lasers (PDL Series, LDH-Series, LDH-FA Series), PicoHarp 300

It's about time.


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