The Way Our Brain Sees , 2023
32 x 32 in (h x w)
not for sale

Department of Ophthalmology

This piece was inspired by how our brains process information.

Working from left to right, the painting demonstrates how the eye breaks down an image and sends information to the brain. The brain encodes various patterns from the eye and translates them into the image we see.

One essential step in this process is the encoding of the image in binary sequences (0s and 1s) to the brain. These binary sequences are viewed as “words” and are processed by the brain.

I wanted to illustrate this complex process. In short, the process includes breaking down an image into pixels, sorting it by variability, transferring this information to light waves, then into electrical pulses (depicted as both a circuit board and voltage readings) then into a binary code that the brain understands and, ultimately, back into its reflected image.

Mehr von The Friedman Brain Institute

Smiling under the stars , 2022
Immunofluorescence to detect nuclei, glial cells and cells with oxidized DNA
The Friedman Brain Institute
Nets , 2022
60 x 69 in (h x w)
Immunohistochemistry on fixed brain tissue.
The Friedman Brain Institute
Starry Night , 2022
60 x 60 in (h x w)
Immunohistochemistry on fixed. brain tissue
The Friedman Brain Institute
Smiles on the Brain , 2022
60 x 66 in (h x w)
Sporadic tauopathy organoids were generated from human autopsy tissue, formalin-fixed and paraffin-embedded into place, and then cut and stained with hematoxylin and eosin.
The Friedman Brain Institute
Mindscape , 2022
90 x 90 in (h x w)
Mixed media painting
The Friedman Brain Institute