Session 1 – EE Focus

Click the title to view each participant’s research abstract and brief bio.

Nonnegative polynomials, and applications to learning, Georgina Hall
Enabling next generation mobile networks with millimeter wave communication, Maryam Eslami Rasekh
Nonlinear Models for Topology Inference and Learning over Graphs, Yanning Shen
Distributed optimization with limited computation and communication resources, Ye Pu
Geometry and Algorithm of Sparse Blind Deconvolution, Yuqian Zhang
High-frequency, high-power resonant converter with Wideband gap devices for wireless power transfer systems, Jungwon Choi
3D Monolithic Integration of Piezoelectric RF MEMS with CMOS for Sensing Applications, Aida R. Colon-Berrios
Breaking Lorentz Reciprocity Enables New Wireless Communication Paradigms: From Physics to Applications, Negar Reiskarimian
Reconfigurable Visible Nanophotonics Platform for High Resolution In Vivo Optogenetics, Aseema Mohanty
Adding a third dimension to nanoscale imaging in the atomic force microscope: 3D subsurface imaging and reconstruction, Maria Jose Cadena Vinueza
Built-in Nonlinear Characteristics of Low Power Operating One-Resistor Selector-less RRAM, Ying-Chen Chen
Monolayer-Scale Growth of Bismuth and Bismuth Antimonide Thin Films, and Their Transfer to Arbitrary Substrates, Emily Walker
Energy-efficient Machine Learning Systems for Edge and Cloud Computing, Yingyan Lin
Two-Dimensional Black Phosphorus for High Performance Field Effect Transistors, Nazila Haratipour
Key-Based Dynamic Functional Obfuscation of Integrated Circuits using Sequentially-Triggered Mode-Based Design, Sandhya Koteshwara
Large Magneto-Resistance of Organic Molecular Tunnel Junctions with Non-Magnetic Electrodes, Sha Shi
Novel Solution-processed Materials for Efficient Optoelectronics, Xiwen Gong
Computational meta-platforms: Using light to solve mathematical equations, Nasim Mohammadi Estakhri
Scalable Solid State Quantum Information Processing, Sara Mouradian
Gallium Nitride Based Magnetic Field Sensing for the Europa Environment, Karen Dowling
Scalable Nanophotonics for Fast Classical and Quantum Information Processing, Marina Radulaski
Quantum Engineering with Diamond Nanophotonic Systems, Jingyuan Linda Zhang

Click the title to view each participant’s research abstract and brief bio.