Explores the evolution of magnetic storage techniques, from longitudinal to perpendicular recording, and heat-assisted magnetic recording, as well as magnetic-core memory principles and magnetoresistive RAM technology.
Explores gas conduction, radiative heat transfer, temperature fluctuations, and heat losses in micromachined devices, emphasizing the impact of small gaps on thermal conductivity.
Explores the design and scaling of electromagnetic actuators for optimal energy extraction and power output, including considerations for thermal limitations and manufacturing constraints.
Explores thermal radiation, convection, and heat transfer mechanisms in microsystems, including simulations and design optimizations for thermal sensors.
Explores dynamics of thermal effects, including time constants, conductivity, and dissipated power, with applications in inkjet heaters, gas sensing, DNA amplification, and actuator technology.
Explores MEMS resonators and oscillators, CMOS integration, frequency stability, temperature drift compensation, resonator packaging, and advanced resonator structures.