Howard Yawit Showcases Groundbreaking Research at Molecular Foundry Annual User Meeting.
Credits: Zafer Mutlu and Howard Yawit
On August 16, Howard Yawit, a NewFoS student and PhD candidate in Zafer Mutlu's lab at the University of Arizona, presented his pioneering research on "Topological Acoustic Wave Devices: A New Frontier in RF and Quantum Technologies" at the Molecular Foundry Annual User Meeting at Lawrence Berkeley National Laboratory (LBNL) in Berkeley, CA.
Yawit's research focuses on harnessing the unique properties of topological acoustic (TA) wave radio frequency (RF) devices to advance communication systems and quantum technologies. His work demonstrates the successful fabrication of scalable TA wave RF devices that offer enhanced robustness, efficiency, and one-way wave propagation. These features are crucial for developing low-power, lossless communication systems and reliable quantum networks.
Yawit’s presentation highlighted the potential of TA wave devices to revolutionize RF and quantum technologies, making significant strides toward more efficient and resilient communication networks and quantum systems.
The Molecular Foundry Annual User Meeting, renowned for its focus on next-generation quantum materials for computing, sensing, and devices, provided an ideal platform for showcasing cutting-edge research like Yawit’s. For more details on the event, visit here.
Congratulations to Howard Yawit on this impressive achievement and for contributing to the future of quantum and communication technologies!