Dates of importance
Explore the core principles, fabrication techniques, and innovative materials that underpin the field of microfluidics. Gain insights into the fundamental physics and design strategies driving next-generation microfluidic devices and systems.
Discover how microfluidic technologies are revolutionizing diagnostics, drug delivery, and tissue engineering. Learn about cutting-edge methods that enhance patient care, streamline clinical workflows, and improve global health outcomes.
Examine how microfluidics is advancing environmental monitoring, pollution control, and resource management. From water quality assessment to renewable energy production, understand the role of microfluidics in fostering a healthier, more sustainable planet.
Delve into the integration of microfluidic components within analytical instruments and industrial systems. Explore how precise fluid handling at the microscale improves performance, lowers costs, and opens new horizons in measurement and control technologies.
The most outstanding abstracts from the total of submissions will be invited to extend their articles into a full paper format for submission and possible inclusion in the Special Issue of the Journal of Nature Microsystems & Nanoengineering.
All submissions will undergo a rigorous evaluation process by the Technical Program Committee (TPC) to determine their suitability for either poster or oral presentation. Notwithstanding the preference indicated by the authors, the TPC’s decision will be binding.
Acceptance of abstracts will hinge on the following criteria:
Dates of importance
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