Research Articles
The Invisible Tuners: How Tiny MEMS Filters Harness Electricity and New Materials to Tune Your World
Explore how MEMS tunable filters use DC voltage and piezoelectric materials to revolutionize wireless communications, IoT, and biomedical applications.
Invisible Sound Waves: The Tiny Chip That Sorts Cells with Sonic Precision
Explore how MEMS microfluidic ultrasonic separators use sound waves to manipulate microscopic particles for medical diagnostics and biological research.
Sculpting Silicon: The Art of KOH Etching in MEMS Accelerometers
Explore the fascinating world of KOH anisotropic etching, a cornerstone technique in MEMS accelerometer fabrication that sculpts silicon with chemical precision.
The Invisible Sensor: How Tiny Light-Guiding Cantilevers are Revolutionizing Chemical Detection
Explore how Indium Phosphide MEMS cantilever waveguides with integrated optical readout are transforming chemical sensing with unprecedented sensitivity.
The Tiny Engine Revolution: How MEMS Micro-Thrusters Are Powering Miniature Spacecraft
Discover how MEMS-based micro-thrusters are revolutionizing space exploration with microscopic propulsion systems for miniature spacecraft.
Seeing the Unseeable: How Tiny Silicon Chips Could Smell Danger and Monitor Health
Explore how MEMS Optical Phased Arrays integrated with polymer nanocomposites are creating revolutionary chemical sensors for environmental monitoring and healthcare.
The Scalpel Solution: A Cleaner Way to Watch Metals Transform at the Atomic Scale
Discover how a novel implantation-free sample preparation method using simple tools provides clearer insights into atomic-scale material transformations for MEMS-based TEM experiments.
The Invisible Armor: How Ultrathin Films Save Our Microscopic Machines
Explore how ultrathin films combat friction and adhesion in MEMS devices, enabling microscopic machines to function reliably through nanotribology.
Micro-Miracles: How MEMS Technology is Revolutionizing Chemical and Biological Sensing
Explore how MEMS technology is transforming chemical and biological sensing with its design principles, fabrication techniques, and diverse applications.
Small Tech, Big Impact: The MEMS/NEMS Classroom Revolution
Exploring how MEMS/NEMS education is training students to manipulate matter at microscopic scales while expanding career possibilities in cutting-edge technologies.