Summary
- Researchers at EPFL introduced an innovative cantilever design for MEMS based on polymer, semiconductor, and ceramic
- The unique layered design incorporates three different materials for improved sensitivity and versatility
- The cantilever is designed to perform consistently well in challenging environments, such as within fluids
- This design could enable the development of new miniature bio-sensing technologies
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- Designed a high-sensitivity, fluid-compatible MEMS cantilever
- Prototype performed well in detecting force and deflection in different environments
- Cantilever could be used for mass detection in samples and high-precision diagnostics in healthcare
- Plans to optimize performance, integrate into more complex systems, and launch spin-off for wider use
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- Researchers have developed a new cantilever-based microelectromechanical system for manipulating micron-sized particles in aquatic environments.
- The system uses an oscillating electrical field to control the movement of particles with high precision.
- This technology has potential applications in fields such as biology, chemistry, and environmental monitoring.
- The system allows for real-time monitoring and manipulation of particles in complex environments.