"Fine-Arts" prints on paper
It is a process of printing on art paper using very high-quality pigment inks and printed in very high definition. Its level of conservation is exceptional (more than 100 years), its quality, depth, and richness of nuances exceeds the classic photo print on Argentic paper.
Glossy finish
Apart from its exceptional thickness, the fiber paper is composed of an alpha-cellulose base without acid and it is covered with barium sulphate, and a microporous layer absorption enhancing pigments during printing. A pure white color, non-yellowing to light, this paper is especially designed for resistance and aging. It is used by major museums worldwide as it offers excellent resolution, rendering deep and dense colors.
Art Print "Fine Art" - Glossy finish on a fiber base paper 325 g.
Our high end prints and reproductions
ArtMajeur only uses natural papers with neutral pH, resistant, and of high quality, selected from renowned papermakers!
Constant attention is paid by our master printer, whether in terms of color control or respect for the graphic chain. Our high level of quality requirement is a major asset of ArtMajeur framed art prints.
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About our fine prints-
This work is an "Open Edition"
Digital Arts,
Giclée Print / Digital Print
- Dimensions Several sizes available
- Several supports available (Fine art paper, Metal Print, Canvas Print)
- Framing Framing available (Floating Frame + Under Glass, Frame + Under Acrylic Glass)
- Artwork's condition The artwork is in perfect condition
- Categories Abstract Geometric
A three-dimensional Lissajous figure described by sin(3t)/sin(4t)/sin(5t). Projected to the three co-ordinate planes, the more familiar 2D Lissajous figures emerge - three combinations of two of these functions, like sin(3t)/sin(4t).
I have fond memories of seeing those on the screen of an analog oscilloscope in physics class - glowing greenish lines on a dark screen, written by electron beams.
Created with custom javascript/threejs code - no AI.
Related themes
elkement is crafting virtual sculptures with code (no AI!) and with pencils - structures based on mathematical functions. Her art is based on and inspired by physics, engineering, and tech. Inspired by the aesthetics of vintage patent drawings and by Sir Roger Penrose’s handcrafted sketches, elkement is searching for the nexus of science and art.
elkement enjoys spotting the uncanny in the allegedly simple and mundane. Having created virtual three-dimensional structures with code, she is always searching for an unusual perspective to challenge preconceived notions. She often juxtaposes her visual art with her Found Poetry when she presents her art (at elkement.art).
Recurring motifs in elkement's digital art are diffraction patterns. Since early childhood, elkement had been fascinated by the pure spectral colors of the rainbow and by the physics underlying their creation. Forming structures from diffraction patterns that are both based on exact math and that resemble the patterns you actually see encapsulates the beauty of the phenomena as everybody can experience them, as well as the beauty of the underlying math.
elkement is a physicist by training who fondly remembers her high school classes in descriptive geometry and fine art.
(In case you read this in a language other than English, it is an automated translation.)
This gallery profile was in March 2022. Profits for artworks created in 2022 go to Ukraine aid - to 'Cards for Ukraine' - a small, transparent organization helping Ukrainian refugees in Austria.
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Nationality:
AUSTRIA
- Date of birth : unknown date
- Artistic domains:
- Groups: Contemporary Austrian Artists
