Scottish physicist James Clerk Maxwell published his theories of electromagnetic fields and radiation in 1862. His four equations led to an understanding of electromagnetism which form the basis of modern technology.
Maxwell’s integral and differential physics formulas became the basis of a suite of artist books.
Exhibited Wabi/Perpetual Possibilities 2013 The Channon Gallery, NSW.
Second Prize, Works on Paper Byron Arts Classic, Byron Bay, NSW, 2013.
Accordion fold woven and screen printed artist book.
Exhibited Press & Release, Phoenix Brighton Gallery, UK., 2013.
Screenprinted & Laser cut papers. 29 x 23cm
Exhibited Stellar: Book Art and the Cosmos, Minnesota Centre for Book Arts, USA, 2013.
Physics formulas meet children’s parlour games to reference the incomprehensibility of science to the layman.
One of a series of folded and screen print artist books.
Exhibited at Southern Cross University Lismore Bachelor of Visual Arts Graduate show, 2012.
Scottish physicist James Clerk Maxwell published his theories of electromagnetic fields and radiation in 1862. His four equations led to an understanding of electromagnetism which form the basis of modern technology.
Maxwell’s integral and differential physics formulas became the basis of a suite of artist books.
Exhibited Wabi/Perpetual Possibilities 2013 The Channon Gallery, NSW.
Second Prize, Works on Paper Byron Arts Classic, Byron Bay, NSW, 2013.
Accordion fold woven and screen printed artist book.
Exhibited Press & Release, Phoenix Brighton Gallery, UK., 2013.
Screenprinted & Laser cut papers. 29 x 23cm
Exhibited Stellar: Book Art and the Cosmos, Minnesota Centre for Book Arts, USA, 2013.
Physics formulas meet children’s parlour games to reference the incomprehensibility of science to the layman.
One of a series of folded and screen print artist books.
Exhibited at Southern Cross University Lismore Bachelor of Visual Arts Graduate show, 2012.