Welcome to the KRG at Texas A&M!
At KRG, we aim to develop a fundamental understanding of coupled dynamics across multiple physical domains, including electromagnetic, acoustic, photonic, and thermal interactions, in multifunctional material systems, ranging from classical phenomena to emerging quantum behavior. We translate this knowledge into RF microelectronic and micro/nano-system technologies for next-generation communication, computation, and sensing.
Our research bridges the atomic-scale behavior of functional materials and the system-level demands of modern electronics. We focus on understanding fundamental material phenomena, including ferroic ordering, piezoelectricity, quantum behavior, wave–matter coupling, and nonlinear responses, and translating this understanding into scalable devices, integrated circuits, and systems. By combining modeling, fabrication, and characterization, we advance technologies for communication, computing, and sensing.
Some of our current research projects are listed here.
For more information, please email:
Prof. Milad Koohi (koohi@tamu.edu)
Keywords: Advanced Materials, III-Nitrides, Ferroelectrics, Piezoelectrics, Complex Oxides, Multiphysics Integration, Electromagnetics, Acoustics, Quantum Mechanics, Reconfigurable, Nonlinear Dynamics, Microwave, mmWave, Sub-THz, RF Circuits, RFIC, Micro/Nanomanufacturing Processes, Heterogenous Integration, Packaging, Microelectronics, Micro/Nanosystems, RF MEMS, BAW, SAW, NextG Front-Ends, 6G, Communications, Positioning, Navigation, Timing, Clock, PNT, Space Electronics
