The microfluidic laboratory at Synchrotron SOLEIL.

Area of Science:

• * Synchrotron radiation science
• * Microfluidics and lab-on-a-chip technology
• * X-ray techniques for materials and life sciences

Background:

• * Synchrotron SOLEIL has established a dedicated microfluidic laboratory.
• * This facility serves both in-house researchers and external users.
• * It aims to bridge microfluidic system development with synchrotron beamline applications.

Purpose of the Study:

• * To provide essential equipment and expertise for developing microfluidic systems.
• * To adapt these systems for seamless integration with SOLEIL beamlines and other light sources.
• * To facilitate advanced experiments using X-ray techniques.

Main Methods:

• * Design and fabrication of soft-lithography microfluidic chips.
• * Integration of microfluidic devices with synchrotron beamlines.
• * Utilization of X-ray techniques for sample analysis.

Main Results:

• * Development of microfluidic systems for continuous liquid sample delivery under photon beams.
• * Implementation of systems for maintaining solid samples in liquid environments.
• * Creation of tools for time-resolved tracking of chemical reactions.

Conclusions:

• * The laboratory successfully supports the development of microfluidic tools for synchrotron experiments.
• * These tools enable novel X-ray studies of physical, chemical, and biological processes.
• * The facility enhances the capabilities of synchrotron light sources for advanced research.