Dynamic control of three-dimensional light distributions through wavefront engineering: hardware and software system
IT / Software / Bioinformatik
Scientists at the Max Planck Institute of Neurobiology engineered a dedicated optical path and a convenient software tool for the generation and control of three-dimensional light distributions according to user-selected patterns. The software comprises the following key features:
- Python-based control software with a Qt-based graphical user interface
- Server-client architecture to control and calibrate relevant hardware components
- Flexible communication protocol enables integration with commonly used programming languages and microscope software interfaces
- Modular and scriptable pattern and timing control
- Automatic calibration procedure to align holographic system to the microscope’s coordinate system
- Two-photon holography, for restricted axial activation
- Modular user interface and control system eases addition of three-dimensional holographic stimulation to microscope systems
- Upgrade already existing devices to be among the first on the market in the growing market of three-dimensional holographic microscopy
This control software is available through a non-exclusive license agreement with Max-Planck- Innovation, the tech-transfer agency of Max Planck Society.
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- Ref.-Nr.: 0202-5001-LI (289,3 KiB)
Dr. Dieter Link
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