One of our “Young Professionals”, Jackie Yao, has been appointed as the 2019 Alvarez Fellow at the Lawrence Berkeley National Laboratory. Congratulations Jackie, and we look forward to your contributions in this new role. Press release: https://cs.lbl.gov/news-media/news/2019/jackie-yao-berkeley-labs-2019-alvarez-fellow/
We are happy to announce that a proposed workshop submission sponsored by our TCC has been accepted and will be held on the Monday (June 3) of Microwave Week in Boston, MA. The workshop will cover the RF design and integration of non-reciprocal RF components enabled by new classes of magnetic materials, and will feature […]
MTT-13 proposed and organized this workshop that was held on the Friday morning of Microwave Week 2018 in Philadelphia, PA. The half-day workshop included speakers from academia, government, and industry who covered both historical and emerging non-linear and non-reciprocal devices using both magnetic and non-magnetic approaches and materials. More information is available at www.ims2018.org. Thanks […]
MTT-13 proposed and organized this workshop on the Friday of Microwave Week 2017 in Honolulu, HI. The workshop covered next-generation miniature and integrated high-Q resonators and technologies that aim to address future explosive growth in the numbers and types of filters required for modern wireless systems. Covered topics included microresonators, novel materials and fabrication techniques, […]
MTT-13 proposed and organized this workshop on the Friday of Microwave Week 2016 in San Francisco, CA. The workshop provided an updated perspective on emerging phase-change switch materials and devices for applications such as microwave switching, impedance tuning, and tunable filters and antennas. More information is available at www.ims2016.org. Thanks to Harvey Newman (US Naval […]
This workshop is a half-day forum for the latest developments in reconfigurable antennas and sensors technologies made possible by groundbreaking advances in materials science and engineering. Reconfigurability, frequency agility, and other innovative capabilities and enhanced performance have become possible in recent years with the remarkable progress made in control materals. Among the specific technological advances […]
