Prof. L. Jay Guo — Research Profile
Graduate application deadlines
Electrical and Computer Engineering (Division of the Department of Electrical Engineering and Computer Science)
PhD in Electrical and Computer Engineering
Fall 2027Application deadline
PhD Application Deadline
Dec 15, 2026
Source: ece.engin.umich.eduChecked Nov 2, 2026MS in Electrical and Computer Engineering
Fall 2027Application deadline
MS Application Deadline
Jan 15, 2027
Source: ece.engin.umich.eduChecked Nov 2, 2026
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미시간 대학교 전기컴퓨터공학과 소속 L. Jay Guo 교수의 등록된 연구 분야는 Photonic sensors and photoacoustics, organic and hybrid photovoltaics and photodetectors, flexible transparent conductors, nanophotonics & structural colors, nanomanufacturing입니다.
Research keywords
Recent papers
- Hidden reaction pathways inform additive engineering for perovskite LEDsNature · Oct 14
- Deep learning-assisted structural color inverse design: a perspectiveChemical Science · Jan 1
From OpenAlex · papers whose author affiliation matches this university
Labs doing related research
Labs that recently published on topics this lab's recent papers share
David Mitzi Lab
Duke University · Thomas Lord Department of Mechanical Engineering and Materials Science
Molecular Design of Chiral Naphthalenediimide-Based Cations for Chiral One-Dimensional Metal Halide Semiconductors with Strong Chiroptical Activity and Amplified Charge Transport AbilityJournal of the American Chemical Society · Aug 12Shared topic: Perovskite Materials and Applications
Daniel Congreve Lab
Stanford University · Electrical Engineering
Crystallization control for narrow-linewidth perovskite LEDsNature Synthesis · Sep 23Shared topic: Perovskite Materials and Applications
Olav Solgaard Lab
Stanford University · Electrical Engineering
Analytic model for broadband curved directional couplersPreprintSep 23Shared topic: Photonic Crystals and Applications
Other labs in this department
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Resource allocation on networked systems with emphasis on analysis of dynamic games and mechanism design; Information theory with emphasis on fundamental QoS limits in multiuser environments
- Alexander Burgers Lab
Quantum optics, hybrid quantum systems, cold atoms in optical tweezers, cavity QED, nanophotonics, integrated quantum systems, light-matter interactions, Rydberg mediated interactions, quantum simulation and quantum sensing
- Alfred O. Hero Lab
Theory and algorithms underlying data science and machine learning
- Aline Eid Lab
Ultra-low power wireless sensing using Radar and RFID/mmID technology, Backscattering communications, Wireless power transfer and energy harvesting, RF and mm-wave antennas and circuits, with applications in smart cities and infrastructures
- Almantas Galvanauskas Lab
High power ultrafast fiber lasers for nonlinear optics, high intensity laser-matter interactions, laser driven secondary-radiation such as gamma and x-ray sources, laser acceleration of charged particles
- Amir Mortazawi Lab
RF and microwave circuits including: microwave and millimeter-wave power amplifiers, spatial power combining and thin film ferroelectric based frequency agile circuits