Greg Stewart

Senior Graphic Designer

As a graphic designer at SLAC, Greg has been crafting engaging and eye-catching visuals since 2006. His design and 3D skills are powerful assets in the fight for compelling scientific graphics and visualization.

Illustration

SLAC researchers suggest using the randomness of subsequent X-ray pulses from an X-ray laser to study the pulses’ interactions with...

Ghostly X-ray images could provide key info for analyzing X-ray laser experiments.

Illustration

Researchers at SLAC have developed a new imaging technique to better understand the mechanisms that lead to hearing loss when...

Illustration

The SuperCDMS dark matter experiment will be located at the Canadian laboratory SNOLAB, 2 kilometers (6,800 feet) underground inside a...

Illustration

An illustration of electrolyte molecules arranging themselves into layers within a few nanometers of a battery electrode.

Illustration

An illustration shows nanocrystals assembling into an ordered ‘superlattice.’

Animation

An animation shows how an infrared laser beam (orange) triggers atomic vibrations in a thin layer of iron selenide, which are then recorded by...

infrared laser beam triggers atomic vibrations in a thin layer of iron selenide

SLAC researchers suggest using the randomness of subsequent X-ray pulses from an X-ray laser to study the pulses’ interactions with matter, a method they call pump-probe ghost imaging.

Researchers at SLAC have developed a new imaging technique to better understand the mechanisms that lead to hearing loss when aminoglycosides are introduced to the body. Using the lab’s Linac Coherent Light Source (LCLS) X-ray laser and Stanford Synchrotron Radiation...

The SuperCDMS dark matter experiment will be located at the Canadian laboratory SNOLAB, 2 kilometers (6,800 feet) underground inside a nickel mine near the city of Sudbury. It’s the deepest underground laboratory in North America. There it will be protected...

An illustration of electrolyte molecules arranging themselves into layers within a few nanometers of a battery electrode.

An illustration shows nanocrystals assembling into an ordered ‘superlattice.’

An animation shows how an infrared laser beam (orange) triggers atomic vibrations in a thin layer of iron selenide, which are then recorded by ultrafast X-ray laser pulses (white) to create an ultrafast movie.

Who we are

SLAC science explained

NSF-DOE Vera C. Rubin Observatory LSST

Careers at SLAC

Revealing the Secrets of Transistors using Supercomputers

Greg Stewart

Pump-probe ghost imaging

Drug Ribosome Interactions

SuperCDMS Location

Molecular layers in battery electrolyte

Nanocrystals ‘superlattice’

Atomic vibrations

Created by Greg Stewart

Pump-probe ghost imaging

Pump-probe ghost imaging