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Congratulations to Sunghyun Hwang and Professor Yoon on their IEEE Photonics Technology Letters publication!

Congratulations to IMG Member Sunghyun Hwang and IMG Professor Yong-Kyu Yoon, on their recent publication in the journal IEEE Photonics Technology Letters! In this work, titled, “Silicon Phononic Nanowires Enable Ultra-Low Thermal Conductivity Measured by Raman Spectroscopy”, a novel device structure and precise measurement technique were introduced to assess the thermal conductivity of PnC-supported Si MEMS pixels using vacuum-based Raman spectroscopy.

IMG Members Giving 4 Oral and 2 Poster Presentations at IEEE MEMS 2024 Conference!

IMG will have a strong presence at this year's IEEE International Conference on Micro Electro Mechanical Systems (IEEE MEMS 2024) from January 21st to January 25th.

If you find yourself at the conference, please try to stop by their works. A big congratulations to all the authors below!

Oral

IMG Members Giving 4 Oral and 2 Poster Presentations at IEEE MEMS 2024 Conference!

IMG will have a strong presence at this year's IEEE International Conference on Micro Electro Mechanical Systems (IEEE MEMS 2024) from January 21st to January 25th.

If you find yourself at the conference, please try to stop by their works. A big congratulations to all the authors below!

Oral

IMG Members Giving 4 Oral and 2 Poster Presentations at IEEE MEMS 2024 Conference!

IMG will have a strong presence at this year's IEEE International Conference on Micro Electro Mechanical Systems (IEEE MEMS 2024) from January 21st to January 25th.

If you find yourself at the conference, please try to stop by their works. A big congratulations to all the authors below!

Oral

Congratulations to Faysal Hakim and Dr. Tabrizian on Nature Electronics Publication!

Congratulations to IMG member Faysal Hakim from Tabrizian Group on his recent Nature Electronics publication titled “A ferroelectric-gate fin microwave acoustic spectral processor.”

In this article, Faysal and co-authors have demonstrated how extending the active area of nano-acoustic resonators to the third dimension enables extensive benefits for frequency scaling, massive arraying, and integration.