Jalali Lab

News & Announcements

Jalali-Lab Open-sources PhyCV: The First Physics-inspired Computer Vision Library

May 12, 2022

We are happy to announce the release of the first Physics-inspired Computer Vision Library: PhyCV. PhyCV has a new class of computer vision algorithms that emulates the propagation of light through a physical medium with natural and engineered diffractive properties...

Jalali-Lab Open-Sources Code for Physics-Inspired Algorithm for Feature Extraction in Digital Images

Feb 19, 2022

We are happy to announce that we have made public the code for our latest physics-inspired algorithm which detects edges and their orientations in digital images at various scales. The algorithm, called PAGE, is based on the diffraction equations of optics and...

Professor Bahram Jalali Elected to the National Academy of Engineering

Feb 11, 2022

Professor Bahram Jalali has been elected to the National Academy of Engineering for his contributions to silicon photonics, high time-resolution scientific instruments, and biomedical imaging. For details, please refer to...

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Our Research

Fast Fluorescence Imaging using Radiofrequency-tagged Emission (FIRE)

Generation and Control of Optical Rogue Waves

High-Throughput Optical Microscopy for Cancer Detection

All-Dielectric Photonic-Assisted Radio Front-End Technology

Press Coverage

Diagnostic World

Article titled "Time Stretch Microscopy And Machine Learning: Powerful Tools For Cancer Diagnostics" featured on Diagnostics World News spotlights out research work on AI Time Stretch Microscope. link

Optics & Photonics

Postdoctoral scholar Keisuke Goda (2007-2012) appointed Full Professor at University of Tokyo.

GitHub

In February 2016, Jalali-Lab released its code for the Phase Stretch Transform (PST) on Github, the main open source software repository as well as on Matlab File Exchange. PST is the edge detection algorithm inspired by the physics of Photonic Time Stretch invented by Jalali-lab. The algorithm received extraordinary endorsements by the software and image processing community.

Leaders in Pharmaceutical Business Intelligence (LPBI)

Leaders in Pharmaceutical Business Intelligence (LPBI) Group publish an article titled "Microscope uses nanosecond-speed laser and deep learning to detect cancer cells more efficiently" highlighting our recent research work on AI Time Stretch Microscope. link

MathWorks

Mathworks has taken deep interest in our work on AI Time Stretch Microscope. A recent article on their blog has highlighted the use of MATLAB for physical modeling, image processing, and machine learning in our recent research work.

Scientific Reports

Jalali-Lab recent publication entitled "Deep Learning in Label-free Cell Classification" has been viewed more than 33,000 times in less than 5 months following its publication. link

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