|
BPNX1026: Strong, Tunable Mid-IR Emission from Black Phosphorous Ink Film (New Project) |
Hyong Min Kim |
|
BPNX1025: Intelligent Sensors for Semiconductor Metrology (New Project) |
Dehui Zhang |
|
BPNX1024: Reusable Sweat Rate Sensor (New Project) |
Seung-Rok Kim; Noelle Davis |
|
BPNX1023: CMOS-Compatible Doping of 2D Semiconductors (New Project) |
Inha Kim |
|
BPNX1022: Gas Profiling for Human Health (New Project) |
Carla Bassil |
|
BPNX1021: Realizing Three-Dimensional Alignment of Two-Dimensional Material for Isotropic Properties Enhancement via Embedded Direct Ink Writing (New Project) |
Qiyi Chen |
|
BPNX1019: 3D Printing of Piezoelectric Materials and their US Transducers & Sensor Applications (New Project) |
Haotian Lu |
|
BPNX1018: Free Surface Investigation in Large-Area Projection Micro Stereolithography (New Project) |
David Hahn |
|
BPNX1017: 3D Printing of Functional Materials (New Project) |
Zhen Wang |
|
BPNX1015: Ultra-Light Antennas via Charge Programmed Deposition Additive Manufacturing (New Project) |
Ju Young Park |
|
BPNX1014: Data-Driven Design of Metamaterials (New Project) |
Marco Maurizi; Desheng Yao; Anish Satpati |
|
BPNX1013: 3D Printing of Architected Hydrophones with Designed Beam Patterns (New Project) |
Victor Couedel |
|
BPNX1012: Optimization of Integrated Microlens Couplers for Wafer-Scale Packaging (New Project) |
Sirui Tang |
|
BPNX1011: Nanoscale Electronics with Tellurium (New Project) |
I K M Reaz Rahman; Naoki Higashitarumizu |
|
BPNX1010: Foundry-Compatible Silicon Photonic MEMS Switch (New Project) |
Arkadev Roy |
|
BPNX1009: Piezoelectric Silicon Photonic MEMS Switch (New Project) |
Joseph Suh |
|
BPNX1008: Dual-Path Noise Elimination (DuNE): A Noise-Cancellation Technique for Aptamer-Based Electrochemical Sensors |
Wei Foo |
|
BPNX1007: Surface Tension-Driven Liquid Metal Actuator |
Peisheng He; Zihan Wang |
|
BPNX1006: Quantitative Optical Characterization of Indium Selenide |
Jamie Geng |
|
BPNX1005: Transmission-Type Parametric Amplifier for Qubit Readout in CMOS (New Project) |
Wei-Yu Lin |
|
BPNX1004: Low Noise Electrochemical Aptamer-Based Sensing Device (New Project) |
Ya-Chen (Justine) Tsai |
|
BPNX1003: Copolymer-Template Fabrication of Metal Oxides with Tailored Porosity toward High-performance Gas Sensors (New Project) |
HyoJun Min; Yaprak Ozbakir; Carlo Carraro; Tzu Chiao Wei |
|
BPNX1002: Atomically Dispersed Metals on Graphene Oxide for High-Performance Electrochemical Biosensors (New Project) |
HyoJun Min; Yaprak Ozbakir; Carlo Carraro |
|
BPNX1001: Enhancing the Humidity Resistance of Chemiresistive Gas Sensors through Surface Functionalization (New Project) |
Tzu Chiao Wei; Yaprak Ozbakir; HyoJun Min |
|
BPNX1000: Atomic Force Nanomechanical Qubit (New Project) |
Shahin Jahanbani; Binhan Hua; Kadircan Godeneli; Haoxin Zhou; Zihuai Zhang |
|
BPN999: Wearable Sweat Sensors with High-Throughput Fabrication |
Noelle Davis; Yullim Lee; Nicole Qing; Seung-Rok Kim |
|
BPN997: Interface Piezoelectricity in Silicon |
Haoxin Zhou; Kadircan Godeneli; Zihuai Zhang; Mutasem Odeh; Shahin Jahanbani |
|
BPN996: Multiplexed Cavity-Enhanced Quantum Emitters in Silicon |
Lukasz Komza; Xueyue (Sherry) Zhang; Hanbin Song; Niccolo Fiaschi; Yiyang Zhi; Yu-Lung Tang |
|
BPN995: Growth of Metal Organic Framework (MOF) Crystals under Microgravity and their Prospects for Chemical Sensing |
Yaprak Ozbakir; Liam McDonough; Sai Munagavalasa; HyoJun Min; Pat Taedullayasatit |
|
BPN994: Atomically Dispersed Supported Metal Catalysts for Robust Chemiresistive Gas Sensors |
Yaprak Ozbakir |
|
BPN993: Safe and Deformable Soft Batteries |
Peisheng He; Jongha Park |
|
BPN992: Sensing and Actuation Applications Using Lithium Niobate PMUTs |
Wei Yue; Megan Teng |
|
BPN991: Autolabeling for Large-Scale Detection Datasets |
Philip L. Jacobson |
|
BPN990: Anti-Drone Radar-Guided Micromissiles |
Titan Yuan; Carson Spoo; Cedric Murphy; Jenna Dickman; Asa Garner; Eric Yang |
|
BPN989: Defect-Induced Piezoelectricity in Silicon |
Zihuai Zhang; Kadircan Godeneli |
|
BPN987: Single-chip µV Precision ADC for SCµM-V |
Yu-Chi Lin; Daniel Lovell; Ali M. Niknejad; Kristofer S.J. Pister |
|
BPN986: Integrated Microlens Coupler for Photonic Integrated Circuits |
Jianheng Luo; Johannes Henriksson |
|
BPN985: Multimaterial Nanoscale 3D Printing |
Daniel Teal |
|
BPN984: Large-Area Processable Luminescent Black Phosphorus |
Naoki Higashitarumizu; Hyong Min Kim; Theodorus Jonathan Wijaya; Shu Wang; Kyuho Lee |
|
BPN980: Spin-Photon Interfaces in Silicon Photonics |
Hanbin Song; Xueyue (Sherry) Zhang; Lukasz Komza; Yu-Lung Tang; Yiyang Zhi |
|
BPN978: Hot Car Studies: Preventing Child Vehicular Heatstroke |
Anthony Hon |
|
BPN976: Fully-Integrated MEMS-Based Wireless Receiver |
Kevin H. Zheng; Qiutong Jin; Xintian Liu |
|
BPN973: Piezoresistive Cement Paste for Structural Health Monitoring |
Stuart McElhany |
|
BPN972: Temperature-Insensitive Resonant Strain Sensor |
Xintian Liu; Kevin H. Zheng |
|
BPN971: High-Efficiency Ink-Based Mid-IR LEDs and Photodetectors |
Theodorus Jonathan Wijaya; Hyong Kim; Naoki Higashitarumizu; Shu Wang; Kyuho Lee |
|
BPN961: Integrated Photonics for Scalable Trapped Ion Quantum Computing |
Daniel Klawson; Arkadev Roy; Yiyang Zhi; Rohan Kumar |
|
BPN955: Nanoplasmonic Biosensing |
Kamyar Behrouzi |
|
BPN953: Long-Term Drift of MEMS-Based Oscillators |
Xintian Liu; Kevin H. Zheng |
|
BPN951: Berkeley Low-cost Interplanetary Solar Sail (BLISS) |
Alexander Alvara; Bhuvan M. Belur |
|
BPN947: High-Performance Mid-Infrared Optoelectronics |
Shu Wang; Naoki Higashitarumizu; Shogo Tajima |
|
BPN941: Ultrasound-Induced Haptic Interface |
Fan Xia; Wei Yue |
|
BPN926: A Wireless, Implantable, Multicolor Fluorescence Image Sensor for Monitoring Response to Cancer Therapy |
Rozhan Rabbani; Micah Roschelle; Mekhail Anwar |
|
BPN924: Multimodality Platform for Neurogenesis and Neural Signal Recording After Stroke |
Wentian Mi |
|
BPN915: Control of Microrobots with Tiny Sequence Models |
Yichen Liu; Kesava Viswanadha; Nelson Lojo; Derrick Han Sun; Aviral Mishra; Rushil Desai; Zhongyu Li |
|
BPN859: High Frequency Oscillator Characterization |
Qiutong Jin; Kevin H. Zheng; Xintian Liu; Kieran Peleaux; QianYi Xie |
|
BPN828: Zero Quiescent Power Micromechanical Receiver |
Qiutong Jin; Kevin H. Zheng |
|
BPN803: Single Chip Mote |
Daniel Lovell; Titan Yuan; Yu-Chi Lin |
|
BPN743: Highly Responsive pMUTs |
Peggy Tsao; Megan Teng; Hanxiao Liu; Yande Peng |
|
BPN735: Walking Silicon Microrobots |
Yichen Liu; Alexander Alvara; Daniel Lovell; Dang Le |
