The beauty of glass has always captured Sheryl Bunting's imagination because it's one of those magic materials that is invisibly transparent until you add the intensity of colour. Sheryl's stained glass pieces are bursting with colour.
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100 River St., Sunderland
2017 Uxbridge Studio Tour
Volcanoes can be described as beauty juxtaposed with danger, and a piece of glass possesses a similar characteristic.
ABOUT THE ARTIST
Sheryl Bunting is an educator and a geologist who studied volcanology at the University of Toronto. Volcanology is a geological science that specializes in the correlation between volcanic activity and earthquakes, as well as plate tectonics and mountain formation. Sheryl has always been intrigued by the structure and chemistry of the Earth and its rocks are her passion.
Throughout her career, Sheryl has worked in some of the most remote areas of Northern Quebec, Northern Ontario & the Northwest Territories as well as for the Ontario Science Centre and the Ministry of Natural Resources. Much of her recreational time has been spent canoeing and backcountry camping. "I am inspired by the calming effect of the natural environment, how simple shapes can mimic movement and how colours affect human emotion".
"Volcanoes can be described as beauty juxtaposed with danger, and a piece of glass possesses a similar characteristic. Interestingly, the very first glass making occurred naturally in the form of obsidian formed during volcanic eruption, and humans have been creating it since at least 5,000 BC". The beauty of glass has always captured Sheryl's imagination because it is one of those magic materials that is invisibly transparent until you add the intensity of colour. "I love how the beauty of stained glass is ever-changing with the reflection and refraction of light even when contained within a precise architectural element, and I’m always seeking innovative ways of transforming this ancient art form into a contemporary one".
This will be Sheryl's second guest appearance on the Uxbridge Studio Tour "I am looking forward to sharing the intricacy of my most recent collection of frozen liquid or what scientists refer to as an amorphous solid. See you there!"