Knot geometry project, month of February, 1,650 knots west of Null.
What better place than the middle of the ocean to dream of the 4th dimension. A hologram of Queen Isabella jewelry left by conquistadors on their way west? Actually, the real 4D knot (lower left) is a construct by mathematician Rob Kusner requiring a 4 dimensional approach to geometry. 50 components, 600 beads, 21,600 polygons went into this model.
More on the Knot geometry project on Patreon
“52 grains of Sand” on the Mediterranean shores next September.
5th International NanoArt exhibit & conference at the Technological Educational Institute of Crete, Heraklion, Greece, September 22 – 28, 2018. More information @http://nanoart21.org/international-festival-of-nanoart/
Something I was curious about and wanted to share with you.
I was tempted all week to go back to the first week of January, but I waited till I today to see how my work evolved from day #1 to day #365. Top line, the first 3 diamond crystal images I created back the first week of Jan. 2017. Bottom line, 3 of the diamond series I sketched, week of Dec. 24-30, 2017. In between, 364 days working one image a day in the VESTA program.
Quite an adventure! Next? A selection of the posts you liked best on SaatchiArt, a book with all the images following the 12-30 project format, and maybe, a new imaging project too.
Thank you for having followed me this year again. Wishing you all a Happy New year and a very productive 2018.
12-30. Diamond(b) #07
Last diamond of the series, last series of the year!
I wanted to close with a resource from R. W.G Wyckoff.
R. Wyckoff is an American scientist and pioneer of X-ray crystallography who professor of microbiology and physics at the University of Arizona in Tucson in the early 1960’. I used several of his resources over the year, always a little anxious working with information going back so far in time.
This particular resource dated 1963 is a credit both to the quality of his work and the significance of his research that looks as new today as it did when it was completed
Original resource: Wyckoff R W G, Crystal Structures 1 (1963)
12-29. Diamond(b) #06
From a resource by T. Hom, W. Kiszenick, and B. Post.
12-28. Diamond(b) #05
A mineral goes Sierpinski!
This is a front view of a diamond crystal unit cell. In the background, the mineral’s polyhedral structure. In the foreground, the carbon atoms in a 4/m symmetry pattern.
From a resource by M. Straumanis and E. Aka.
12-27. Diamond(b) #04
Exploring the stunning geometry of diamond from carbon to fire to glittering crystal!
From a resource by J. Fayos.