For his outstanding contribution to understand growth mechanisms of piezoelectric thin films and materials, the development of innovative structures for acoustic-wave-based resonators and transducers, and the promotion of their use for effective time-and-frequency applications.
Co-founding Discera, Inc., and pioneering the development and commercialization of MEMS oscillators
For the development of PC software now allowing nonlinear noise analysis of RF circuit and the founding of Synergy Microwave, including the design and manufacture of ultra-low noise sources, RF components and subsystems exhibiting state-of-the-art performance.
For his outstanding leadership and entrepreneurship in the founding of OEwaves, and for his many contributions to the frequency control community.
For research and development of high quality crystal growth of emerging LGT and similar materials for the frequency control community, and establishment of a company for production of these materials.
For the development and successful commercialization of surface acoustic wave driven microfluidic systems.
For the development of high-Q, miniature FBAR resonators that are producible in large quantities, and of which billions have been produced.
For his long-term commitment to development and applications of precision time transfer equipment.
For the development and successful commercialization of microwave signal sources exhibiting spectral purity that significantly advances the state-of-the-art.
For the founding and technical management of companies resulting in the commercialization of sensors based on his inventions of double-ended quartz tuning-fork, and high-stability resonators and sensors based on his understanding of stress effects in quartz.
For seminal contributions to the science and technology of quartz and piezoresonator devices, and for leadership in the frequency control and timing community extending over many years
For outstanding technical contributions and leadership in the commercialization of highly precise timing standards and instrumentation.