Research Articles
The Invisible Revolution: How Micro-Electro-Opto-Fluidics is Reshaping Medicine
Explore how micro-electro-opto-fluidic systems are revolutionizing drug discovery and medical technology through miniature lab-on-chip devices.
Tiny Channels, Giant Leaps: How Microfluidics is Revolutionizing Our Food and Farms
Explore how microfluidics technology is transforming food safety, agriculture, and biosystems through lab-on-a-chip devices that provide rapid, portable testing and analysis.
Mastering the Invisible: How Surface Charge is Revolutionizing Microfluidics
Explore how surface charge, a subtle but powerful electrical phenomenon, is transforming our ability to manipulate matter at the microscopic scale in microfluidic devices.
Rivers of Glass: Seeing the Invisible Flow that Powers Tiny Tech
How scientists are using high-speed cameras and clever dyes to visualize the bizarre world of microfluidics and the flow at microscale.
The Invisible Choreography of Droplets: Mastering Wetting in Microfluidic Devices
Explore the fascinating science of how liquids interact with surfaces in microfluidic devices, focusing on PMMA T-junctions and the crucial role of wettability.
The Invisible Dance: How Super-Slippery Microtubes are Revolutionizing Chemistry
Exploring how superhydrophobic microchannels use Arrhenius kinetics to control heat and revolutionize chemical reactions at the microscopic level.