Pushing the Limits of High Frequency Applications with Gallium Nitride HEMTs on Substrates
Palacios Group researchers led by Pradyot Yadav published their first report of an RF HEMT on an engineered substrate and showed potential for further development of the proposed transistor for high-frequency applications. According to the authors, given the promising RF performance of fT/fmax=48/115 GHz and the availability of large diameter (8 in.) substrates, GaN HEMTs on engineered substrates have strong potential for use in applications such as 6G communication (W–G bands) and radio astronomy. Device fabricated at MIT.nano. Click here to learn more about this publication.
Our Group
From Intellect Expertise to Compassion and Creating New Solutions
We work towards a vision to globally impact the world of power electronics, heterogeneous devices, Graphene-based 2D and 3D materials, and Gallium Nitride lateral and vertical devices. Meet our group that makes it possible. Scroll down to learn more about their work. We also acknowledge the many brilliant minds we had the opportunity to work with over many years, that have helped shape us into the group that we are today. Click here to meet and learn more about our alumni group. Click here to learn more about our group's outreach efforts.
Qingyun Xie
Research Assistant, EECS.
Pao-Chuan Shih
Ph.D Graduate, EECS.
Joshua Perozek
Research Assistant, EECS.
Jung-Han (Sharon) Hsia
Research Assistant, EECS.
Jiadi Zhu
Research Assistant, EECS.
Gillian Miclae
Research Assistant, DMSE, MIT
John Niroula
Research Fellow, EECS.
Pradyot Yadav
Research Assistant, EECS.
Hae Won Lee
Research Assistant, EECS
James Greer
UROP Student, EECS
Christian Lopez
Research Assistant, EECS.
Minsik Oh
Research Assistant, EECS
Hridibrata Pal
Research Assistant, EECS
Preetha Kingsview, MAED, M.S.C.S
Assistant to Prof. Palacios,
Group Administrator, Palacios Group
Tomás Palacios
Director, Microsystems Technology Laboratories (MTL)
Clarence J. LeBel Professor, Electrical Engineering
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Hi, I'm Jiadi Zhu
My research focuses on integrating emerging low-dimensional material devices with a design-technology co-optimized (DTCO) approach.
Primary Research Group: Heterogeneous integration and 3D IC.
Hello, I'm Pao-Chuan Shih
My research focuses on integrating emerging low-dimensional material devices with a Design-Technology Co-Optimized (DTCO) approach.
Primary Research Group: Heterogeneous integration and 3D IC.
Hello, I'm Pradyot Yadav
My research focuses on mmWave/sub-terahertz circuits, devices, and heterogeneous integration of GaN and Si using DTCO/STCO.
Primary Research Focus : W-G Band Circuits and Devices, Heterogeneous Integration, DTCO/STCO
¡Hola, soy David Morales!
My research focuses on the development of a breathalyzer capable of diagnosing various diseases.
Primary Research Group: 2D materials
Hey, I'm Sharon
My research focuses on the design and fabrication of high-performance, vertical GaN power transistors with integrated optical probing and control using heterogeneous integration and DTCO.
Primary Research Group: Compound semiconductor, power devices, optoelectronics, heterogeneous integration, DTCO
