- D. Sounas, Z. Katbay, M. Ismail, “Metamaterial reflectors for radio-frequency wireless power transfer,” US11404917B2.
- M. Rinaldi, C. Cassella, A. Alù, D. Sounas, and A. Kord, “Microelectromechanical resonant circulator,” US20180138889A1.
- A. Alù, D. L. Sounas, and A. Kord, “Magnetless non-reciprocal devices using modulated filters,” WO2018052935A1.
- A. Alù, R. Fleury, and D. L. Sounas, “Parity-time symmetric metasurfaces and metamaterials,” US 20170125911A1, May 2017.
- A. Alù, R. Fleury, and D. L. Sounas, “Nonreciprocal acoustic devices based on linear or angular momentum biasing,” US9536512B2, Grant. Acquired by the startup company Silicon Audio, Jan. 2017.
- A. Alù, D. L. Sounas, and N. A. Estep, “Magnetic-free non-reciprocal devices exhibiting non-reciprocity through angular momentum biasing,” US9405136B2, Grant. Acquired by the startup company Silicon Audio, Aug. 2016.
- T. Kodera, C. Caloz, and D. L. Sounas, “Artificial magnetic material, artificial magnetic material device, artificial magnetic material reflecting wall, and artificial magnetic material transparent wall,” WO2012083441A1, Jun. 2012.
News
Saeed Keshavarz successfully defended his Ph.D. thesis with the title “Time-modulated and Topological Microwave Components for Wireless Communication Systems.” Congratulations, Saeed!
Our paper “First-Principles Analysis of Energy Exchange in Time-Varying Capacitors for Energy Trapping Applications” in collaboration with the group of Prof. Mario Mencagli from UNCC has been published in IEEE Access.
Dimitrios Sounas has been selected to receive the Brillouin medal from the International Phononics Society with his colleagues Andrea Alu from CUNY and Romain Fleury from EPFL for their work on acoustic nonreciprocity.
Our group has several open positions on time-varying metamaterials. More details can be found here.
Dimitrios Sounas was selected to receive the Brillouin Medal from the International Phononics Society with his colleagues Romain Fleury (EPFL) and Andrea Alu (CUNY) “for their demonstration of non-reciprocal and topological phonon transport at the macroscopic scale.”