Phi Optics

Acquire mass and volume information in real time with label-free, quantitative imaging for live cells, assays, tissues and organoids.

Cell_Assay

Cells, Assays, Cultures

SLIM provides 4D quantitative, real-time and non-destructive imaging of live cell cultures, microorganisms (mycoplasma), and reconstituted protein solutions.

Bovine embryo reconstruction with GLIM

Tissues, Organoids, Embryos

GLIM provides quantitative, high resolution 3D tomography of optically thick specimens such as cell aggregates, 3D organoids, brain slices, embryos, and model multicellular organisms.

News & Events

Elevate your next proposal using “Quantitative, high resolution 3D tomography of optically thick specimens with GLIM”: new webinar on October 1st!

Elevate your next proposal using “Quantitative, high resolution 3D tomography of optically thick specimens with GLIM”: new webinar on October 1st!

We are happy to announce our next webinar with the topic “Quantitative, high resolution 3D tomography of optically thick specimens...

Harmonic Optical Tomography: 3D imaging goes an octave higher

Harmonic Optical Tomography: 3D imaging goes an octave higher

The Quantitative Light Imaging Laboratory at UIUC in collaboration with researchers at Colorado State University published a paper in Nature...

PW-Bios2

Latest discoveries in quantitative phase imaging are presented at SPIE Photonics West 2020

If you are at SPIE Photonics West 2020 plan to attend BIOS Conference 11249: Quantitative Phase Imaging VI for the...

GLIM imaging of in-vitro neural tissue mimic

GLIM imaging of in-vitro neural tissue mimic

Hot off the press in PNAS: “Engineering geometrical 3-dimensional untethered in vitro neural tissue mimic”, great collaborative work from UIUC...

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