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Explores functional nanomaterials for energy, sensing, and biomedical applications, focusing on polymer-based piezoelectric and triboelectric materials.
Explains the working principles of capacitive MEMS sensors, differential capacitors, MEMS microphones, and the impact of MEMS technology on consumer products.
Explores self-sensing cantilevers in Scanning Probe Microscopy and the advantages of integrated sensor-actuator systems for high-speed data collection.
Explores the general principles of resonant sensors, focusing on piezoelectric resonators and their applications in temperature sensing and mass measurement.
Explores transduction through actuation mechanisms, covering force-based and deformation-based methods, shape memory polymers, electrostatic and magnetic actuation principles, and examples like Texas Instruments DLP & DMD.
Covers the fundamentals of Scanning Probe Microscopy, including its history, principles, instruments, and applications in semiconductor research and industry.
Explores MEMS resonators and oscillators, CMOS integration, frequency stability, temperature drift compensation, resonator packaging, and advanced resonator structures.
