Lithium-The Elements
Description
"Lithium" is an acrylic abstract masterpiece by Berkshire-based artist Roy P. Awbery, paying homage to the chemical element with its dynamic composition and striking colours. The canvas is filled with a rich crimson background, creating a deep and captivating atmosphere. In the centre, a burst of vibrant colours emerges, spreading across the canvas in a mesmerizing display of energy and movement. This piece is part of the artist's series "The Elements," where each painting is named after and inspired by elements from the Periodic Table.
100 × 50 cm stretched canvas.
Part of the artist's series "The Elements," based on the periodic table of the chemical elements.
Description
"Lithium" is an acrylic abstract masterpiece by Berkshire-based artist Roy P. Awbery, paying homage to the chemical element with its dynamic composition and striking colours. The canvas is filled with a rich crimson background, creating a deep and captivating atmosphere. In the centre, a burst of vibrant colours emerges, spreading across the canvas in a mesmerizing display of energy and movement. This piece is part of the artist's series "The Elements," where each painting is named after and inspired by elements from the Periodic Table.
100 × 50 cm stretched canvas.
Part of the artist's series "The Elements," based on the periodic table of the chemical elements.
Description
"Lithium" is an acrylic abstract masterpiece by Berkshire-based artist Roy P. Awbery, paying homage to the chemical element with its dynamic composition and striking colours. The canvas is filled with a rich crimson background, creating a deep and captivating atmosphere. In the centre, a burst of vibrant colours emerges, spreading across the canvas in a mesmerizing display of energy and movement. This piece is part of the artist's series "The Elements," where each painting is named after and inspired by elements from the Periodic Table.
100 × 50 cm stretched canvas.
Part of the artist's series "The Elements," based on the periodic table of the chemical elements.