REVOLUTIONIZING MICROFLUIDICS: THE POWER OF SMART MATERIALS AND ADAPTIVE SURFACES

Description:
This workshop will explore the cutting-edge integration of smart materials and surface engineering with microfluidic systems to develop advanced lab-on-a-chip devices. Participants will learn about the fundamental principles of surface modifications, including chemical and topological techniques, and the unique properties of smart materials such hydrogels, ionogels and liquid crystal polymers, among others. We will address the complexities and expertise required for successful integration, such as material compatibility, fabrication techniques, and design considerations. The workshop will showcase how these innovations can be applied to create highly sensitive and efficient microfluidic devices for applications in biomedical diagnostics, chemical analysis, and biotechnology.

Attendees will also have the opportunity to discuss about their own materials and possible applications in microfluidics and their own designs for lab-on-a-chip systems to foster an interactive learning environment that emphasizes both the scientific and practical aspects of this interdisciplinary field.

Objectives:
This workshop is ideal for researchers at any career stage, from academia or industry, within the lab-on-a-chip community. Whether you are an early-career scientist or an established expert, you will benefit from our focus on integrating functional materials and adaptive surfaces into microfluidic systems. Join us to enhance your understanding and application of cutting-edge technologies in this rapidly evolving field.