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Cooperations

Cooperations

Innovation Through Cooperation

PicoQuant is regularly participating in research projects that bring together partners from academia and industry.

Current cooperations

Active Research Projects

PicoQuant actively engages in collaborative research projects, bringing together partners from academia and industry. These cooperations foster innovation, combine expertise, and drive the development of advanced scientific solutions.

ChemScan

The aim of this project is to develop a novel high-speed fluorescence lifetime imaging (FLIM) platform along with novel fluorescent probes for the energetic/reductive
state of cells that will allow biomedical and clinical researchers to determine and follow the individual responses of human cancer cells to chemotherapy.

Funded within HORIZON EIC Pathfinder Open
Project Website
ChemScan symbolic project image

DigiZell

The goal of the project is to develop a photonic cell analysis module designed to rapidly measure process parameters and serve as an inline quality control tool in the production of CAR-T cells.

Funded by the BMBF in the “Research Program Quantum Systems” (project 13N17455)
Project Website
symbolic image for project DigiZell

Former cooperations

Previous Research Projects

A selected list of research projects where PicoQuant worked together with partners from academia and industry,

NG-FLIM

The project NG-FLIM realized a microscope system with highest spatial and temporal resolution, which allows to observe molecules faster, easier and more accurate than before.

Funded by the BMBF in the program “Photonics  Research Germany” (project 13N15324)
Project Website

LIVE2QMIC

The goal of this project was the development of entangled photon sources as a new type of excitation source for fluorescence based microscopy applications.

Funded by the BMBF in the program “Quantentechnologien – von den Grundlagen zum Markt” (project 13N15953)
Project Website

MicroQuaD

The MicroQuaD project introduced the first commercial SNSPD-based microscopy system, allowing for ultra-fast and precise time-resolved measurements of fluorescence emission in the visible and the NIR wavelength range at a unmatched performance.

Funded within the ATTRACT phase 2 R&D&I program.
Project Website

E2TPA

This project aimed to fill the currently existing gaps between theory and experiment on entangled two-photon absorption (ETPA).

Funded by the BMBF in the program “Quantentechnologien – von den Grundlagen zum Markt” (project 13N1635N)
Project Website
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