Search Tips
Search publications by topic, publication type, advisor, author, or keywords by selecting the criteria below.
Search publications by topic, publication type, advisor, author, or keywords by selecting the criteria below.
| Title | Author | Publication type |
|---|---|---|
| Zero-Change Foundry Compatible Silicon Photonics MEMS Optical Switch | Arkadev Roy; Daniel Klawson; Jianheng Luo; Erik Anderson; Yiyang Zhi; Sirui Tang; Ming C. Wu | Conference Paper (Proceedings), 2025 |
| Multiplexed Color Centers in a Silicon Photonic Cavity Array | Lukasz Komza; Xueyue Zhang; Hanbin Song; Yu-Lung Tang; Xin Wei; Alp Sipahigil | Journal Article, 2025 |
| Multi-Objective Automatic Discovery of Optimized Metamaterials for Varying Velocity Impact Protection | Anish Satpati; Marco Maurizi; Desheng Yao; Seokpum Kim; H. Felix Wu; Ellen C. Lee; Rayne Zheng | Journal Article, 2025 |
| Time Constant Estimation on a Low-Cost, Low-Power Microcontroller Using the Matrix Pencil Method | Kelly L. Tou; Titan Yuan; Kristofer S.J. Pister | Journal Article, 2025 |
| Wearable, User-Centric Sweat Sensing Platforms with Scalable Fabrication | Noelle Davis; Ali Javey | Ph.D. Dissertation, 2025 |
| Title | Author | Year | Publication type |
|---|---|---|---|
| Zero-Change Foundry Compatible Silicon Photonics MEMS Optical Switch | Arkadev Roy; Daniel Klawson; Jianheng Luo; Erik Anderson; Yiyang Zhi; Sirui Tang; Ming C. Wu | 2025 | Conference Paper (Proceedings) |
| Multiplexed Color Centers in a Silicon Photonic Cavity Array | Lukasz Komza; Xueyue Zhang; Hanbin Song; Yu-Lung Tang; Xin Wei; Alp Sipahigil | 2025 | Journal Article |
| Multi-Objective Automatic Discovery of Optimized Metamaterials for Varying Velocity Impact Protection | Anish Satpati; Marco Maurizi; Desheng Yao; Seokpum Kim; H. Felix Wu; Ellen C. Lee; Rayne Zheng | 2025 | Journal Article |
| Time Constant Estimation on a Low-Cost, Low-Power Microcontroller Using the Matrix Pencil Method | Kelly L. Tou; Titan Yuan; Kristofer S.J. Pister | 2025 | Journal Article |
| Wearable, User-Centric Sweat Sensing Platforms with Scalable Fabrication | Noelle Davis; Ali Javey | 2025 | Ph.D. Dissertation |
*Only registered BSAC Industrial Members may view project materials & publications. Click here to request member-only access.