Optics left in glass from a 3d printed ceramic cup. The glass was blown into the mold and the ceramic was shucked off to leave the imprints
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Optics left in glass from a 3d printed ceramic cup. The glass was blown into the mold and the ceramic was shucked off to leave the imprints
Photosensitive Glass 1st Attempt @0.17% AgNO3
With the glass we melted Jacob used the glass to create an installation. Earlier posts show some videos of the process
/Recent Melts 11/28/2018
Cobalt Aventuriene Attempt
Aventuiene Iterations
Aventuriene on Slow Speed Saw
1st Attempts at Photosensitive Glass and Aventuriene
Photosensitive Glass Curing under UV Light
Stirring the Pot
View this post on Instagram
A post shared by @jacobwillcox.glass on Nov 24, 2018 at 10:56am PST
To fine out the glass our team melted, we put a potato in the crucible. Here you can see all the bubbles leaving the glass.
The power of glass to assume myriad roles in culture, art, and technology has roots in glass’s fundamental chemistry and physics. These concepts can be taught via analogies to everyday situations, that can help designers, artists, and the public understand the science and to more deeply appreciate its wonders. In this lecture, Dr. Cook will describe how, over 35 centuries, we’ve harnessed extreme temperatures to transform humble rocks into masterpieces of color, clarity, and form.
Jane Cook via “The Glass Science of Glass Art”
(Empirical) Photosensitive Glass Compositions
Chemical Synthesis of Silver Chloride (AgCl) Solution [Time-lapse Video]
Photosensitive glass:
0.17% AgCl
0.05% CeO
0.02% SbO
99.76% Spruce Pine Color Base Glass
(Note: Antimony Unavailable)