Prof. Di Liang — 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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Prof. Di Liang at University of Michigan Electrical and Computer Engineering (Division of the Department of Electrical Engineering and Computer Science) lists Solid-state optoelectronics; compound semiconductor, optical crystal and silicon-based photonic devices; AI-assisted computational photonics; large-scale photonic integration for classic and non-conventional optical interconnect, sensing as their registered research area.
Research keywords
Recent papers
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
Shared topic: Photonic and Optical Devices
Olav Solgaard Lab
Stanford University · Electrical Engineering
Intracavity Laser Wavelength Tuning by a Programmable Forward-Only Silicon Photonics Interferometer MeshACS Photonics · Jul 30Firooz Aflatouni Lab
University of Pennsylvania · Electrical and Systems Engineering
An Energy-Efficient 8 λ × 38-Gb/s/ λ Optical WDM Transmitter in 45-nm CMOS SOIIEEE Journal of Solid-State Circuits · Sep 24Arka Majumdar Lab
University of Washington · Department of Electrical & Computer Engineering
Mode-Engineered Metal Microheaters for Low-Loss Nonvolatile Phase-Change PhotonicsNano Letters · Sep 19
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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
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RF and microwave circuits including: microwave and millimeter-wave power amplifiers, spatial power combining and thin film ferroelectric based frequency agile circuits