MICHAEL WHITTLE
Drawing | 2018
(Model for spatial and temporal variations in the heliospheric magnetic field with Neural network detected Retinal Vasculature, exposed fovea and optic pit)
This drawing is based on a model of magnetic data collected by the Ulysses space probe in orbit around the sun. Blue values represent regions where the magnetic field pointed towards the Sun; red where it pointed away. This model is depicted above a shadow-like retina, complete with fovea and optic pit.
Size
49 x 49 inches - Framed
Materials
Ink, pencil and watercolour on paper
Authenticity
Hand signed by the artist
Ulysses rapid transit
MICHAEL WHITTLE
Drawing | 2018
(Model for spatial and temporal variations in the heliospheric magnetic field with Neural network detected Retinal Vasculature, exposed fovea and optic pit)
This drawing is based on a model of magnetic data collected by the Ulysses space probe in orbit around the sun. Blue values represent regions where the magnetic field pointed towards the Sun; red where it pointed away. This model is depicted above a shadow-like retina, complete with fovea and optic pit.
Size
49 x 49 inches - Framed
Materials
Ink, pencil and watercolour on paper
Authenticity
Hand signed by the artist
Behind the Scenes
Michael Whittle
Hong Kong
PAINTING
MIXED MEDIA
What if the solution to a puzzle you’d been struggling to solve ended up being the METHOD you were using to solve it? Sounds strange, but that’s exactly how English artist and researcher Michael Whittle came up with the idea for his award-winning 2015 PhD thesis, which has since been downloaded more than 58,000 times in 25 different countries. After receiving his MA from London's Royal College of Art...
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