One of the fun things about NYC in the late Spring and Summer is the thematic group shows at many of the galleries. If the unifying theme is of the more conceptual variety, it is often an opportunity to find Mathematical art.
At the Jankossen Contemporary Gallery the exhibition, titled “Monochrome” has Dieter Kränzlein’s white marble wall relief on display. Viewed from the front it is all about the precision of the square grid. But from the side you can see the rough surface of one face of each of the marble cubes.
More groups shows in a few days.
The largest of all of the Art Fairs in New York City last week was the Armory Show that was on two huge piers (92 and 94) on the Hudson river. A wide range of work was exhibited, I have just chosen a sampling of more recent work with Mathematical themes.
I was still in line to check my coat when I spotted Bernar Venet’s steel sculptures across the aisle. The title of the work above, “11 Acute Unequal Angles”, is a perfect description of the geometric theme of the work. It is always exciting to see work that so directly embraces the mathematics.
This next work, by Shannon Bool, is a large- scale oil and batik on silk. The fabric is slightly transparent and backed with a mirror which creates an interesting repetition of the design, as well as a slight ghost of the reflection of the viewer. Through the use of grids and diagonals, there is a reference to the geometry of architecture.
This eight foot tall painted plywood column by Brandon Lattu consists of 12 stacked prisms. Each prism has a regular polygon as its base. The top form has is triangular, the second is square. The third one has a pentagonal base, and so on. Each subsequent prism has bases with one extra side. The prisms are stacked in such a way that a vertex from each prism lines up to create a vertical line.
When you walk around the structure you can see the different angles. This work is a great visual example of a numeric progression in terms of the number of sides in each section. It also compares the different angles found in regular polygons.
Jim Iserman’s acrylic painting is a pulsating homage to hexagons. This work is made like a tiling. Each hexagon is created using three rhombi. By situating the yellow bands to meet at the center, Iserman creates a Y-pattern. The forms take on the presence of cubes jumping off the surface.
The Armory show is an overwhelming experience. It takes hours to even get a superficial overview. There were a myriad of other works of art that relate to mathematics at this venue. It was difficult to chose just a few.
Renowned Mexican painter Francisco Castro-Leñero has a long history of abstract geometric themes. His current exhibition at the Howard Scott Gallery features a brilliant selection of painting created between 2004 and today.
“Mandala (tres tiempos)”, which was painted this year, uses a 12 by 12 square grid format. The length of the side of the squares become the length of each of the radii used to create circular arcs, with the centers of the circles located at the corner of grid squares. The arcs have measurements of 90 degrees, 180 degrees, or 270 degrees. This technique allows Castro-Leñero to create undulating ribbons. The outer rows and columns of the painting have a white background with colored arcs on the left side and black and grey arcs on the left. The 6 by 6 grid at the center of the canvas features a a black background with white and grey arcs. This center square reinforces the contrast between the linear and curvi-linear geometry, as well as positive and negative space. By mapping a vocabulary of squares and circles, and displaying a virtuosity of color Castro-Leñero’s paintings build intricate geometric structures.
The David Zwirner Gallery’s 20th Street branch in Chelsea is presenting a large show of the work by one of the most influential Dutch artists of the last half of the twentieth century, Jan Schoonhoven. A member of the Nul Groep in Holland, Schoonhoven was connected to the international art movement “ZERO Group”. The artist members of these groups worked to develop a type of art that was more objective then the more emotionally expressive art created after WWII. Schoonhoven established techniques to create monochromatic wall sculptures that relied on clean geometric lines to explore form,light, and shadows.
The rectangular grids like the ones seen in “R70-28” from 1970 are probably the types of structures that became most famous. A square relief sculpture with 5 columns with ten rows each. The white walls are the grid lines, creating rectangles with a 1:2 ratio of height to width. The exhibition at David Zwirner is quite inclusive and includes works on paper, earlier geometric work, as well as work featuring more complex geometry.
Schoonhoven used latex paint, paper, cardboard and wood to assemble these sculptures. The hand of the artist has given these 3-D spaces an ageless quality. Although the geometry is all straight edges there is a softness to the lines of these shadow boxes.
The work “R69-33” from 1969 has a rather complex pattern made up of trapezoidal surfaces. They are positioned into rows with horizontal axes of symmetry. The longer side of each trapezoid is closest to the viewer. This work offers a dramatic example of Schoonhoven’s use of shadows.
“Diagonalen” from 1967 is one of my favorite pieces in the show. The grid format is intact but by bisecting each grid square on alternating diagonals the artist has created a lattice of right triangles. One of the most exciting elements of Schoonhoven’s wall sculptures is that they change depending on the angle from which you see the art. As the viewer moves around the gallery the shadows are changing.
All pictures courtesy of the gallery.
The Danese Corey Gallery is currently exhibiting the abstract geometric paintings of Warren Isensee. The artist uses a playful vocabulary of color to achieve an exciting sense of light. The straight edges are all hand painted without the aid of taping and Isensee uses adjacent colors that create enough tension that the work pulses with energy.
The large square canvas “Dark Heart” provides an interesting perspective on the grid. Floating in a field of steel blue, the yellow black and red figure is made up of solid and striped squares. Alternating from horizontal to vertical of striped squares, the patterning draws the viewer’s eye to the two central horizontal bands. This work features both horizontal an vertical axises of symmetry through its center .
“Surface Noise” offers the viewer an optical trick. At first glance it appears to have a nice neat four-fold rotational symmetry. The artist has painstaking created detailed elements of the composition that possess four-fold rotational symmetrical patterns. Only after close inspection you realize that the small center form is a rectangle and not a square. This painting has horizontal and vertical axises of symmetry, but it is not four-fold rotational symmetry. I think the slight deviation makes “Surface Noise” more interesting. It becomes a commentary on the visual expectations of symmetry.
Pictures courtesy of the gallery and the artist.
More math art next time
The artist Jacob Hashimoto has created a breathtaking installation at the Mary Boone Gallery in Chelsea NYC. “Sky Farm Fortress” fills the entire main room of the gallery.
This huge 3-D grid environment is comprised of a multitude of kite-like square, circular, and hexagonal elements. These small elements consist of thin paper over bamboo support bars that cross in the center.
The paper panels are suspended from the ceiling with black thread. The arrangements of these panels are based on the structure of the cube. They hang in a series of rows and columns, sometimes with large gaps, where only the thread is visible so the viewer can see the next series of shapes in the background.
Jacob Hashimoto has created two different dichotomies in his “Sky Farm Fortress” installation. The work incorporates the rigid structure of a 3-D Cartesian system grid, but the individual elements are not static, they move in response to air flow of the gallery. Hashimoto uses small ephemeral paper elements that appear fragile in nature to construct a monumental work of art. I have already visited the gallery twice to experience this exhibition and I plan to go again. It will be on display until October 25th.
All pictures courtesy of the artist and the gallery.
There was so much interesting work at the Bridges Conference Art Exhibition it is difficult to select just a few but… here are a few more of my favorites.
John Hiigli is a New York based artist whose work I have admired for years. His Contribution to the exhibition included an outstanding black and white painting titled “Chrome 203 Homage to De Barros I: Translation”:
This painting is a great study of the power of positive and negative space. Hiigli uses 3/4 squares in alternating black and white to build a square pattern that he then uses to create a 3 by 4 grid of these square elements. I really like the concept of using a 3/4 fraction of a square, the general outline of the square remains even though 1/4 has been removed. These patterns are based on the work of Brazilian painter Geraldo De Barros.
There were a lot of sculptures at the conference that were made using 3-D printers. One artist whose work stood out was Henry Segerman. His “Developing Fractal Curves” figures had a graceful presence and conveyed the narrative of the Mathematical sequences in an interesting linear fashion.
These four structures start at the top with the basic iterations of the fractals clearly defined. As the viewer’s eye travels down into the curves the patterns become more and more complex. These small sculptures do an excellent job of conveying the nature of fractal curves.
Mike Naylor has created an interactive Mathematical pattern generator called “Runes” that can be used on a tablet or smart phone. This program allows the participant to explore the operation of multiplication by making curves within a circle that is divided like a numbered dial. The more numbers on the dial the more complex the patterns become. ”Runes” is available here. Naylor has created an excellent tool to show students how a simple mathematical process, used in different permutations, can result in a wide variety of visual images.
Matteawan Gallery in Beacon, New York is currently exhibiting works on paper by Dominick Talvacchio, in a show named “The Eros of Mathematics”. Talvacchio has a background and education in mathematics. His work has been exhibited extensively throughout the United States and Europe. The visual dialog in his print and drawings express his interest in the inherent beauty of the order and structure found in mathematics.
In the print “Arcs Missing Arcs”, Talvacchio has created a 4 by 4 grid of touching circles with only sections of the circles visible. These arcs create a series of graceful and organic curves. The viewer senses the existence of the underlying grid pattern, but is allowed to enjoy the sensual aesthetics of the segmented curves.
The drawing “Kairovan Below” features two elements. First, an underlying, lightly-drawn tiling. Second, a selection of line segments from the tiling, drawn in a darker black. The tiling has a four-fold rotational symmetry. Within this symmetrical pattern there are five-point non-symmetrical stars. The juxtaposition of the overall symmetry of the tiling against the not-quite-symmetrical stars creates an interesting tension. By making some of the lines darker and more pronounced, Talvacchio allows a simplified but elegant pattern to emerge.
Artist talk and reception
On June 1st from 2-4 at Matteawan Gallery there will be an artist talk and closing reception for “The Eros of Mathematics”. I will be there to participate in the discussion about the relationships between mathematics and art. All are welcome.
Matteawan Gallery is located in Beacon. A small city north of New York City, situated on the Hudson River. It is the home of DIA Beacon, a museum dedicated to displaying long-term, large-scale gallery presentations of single artist displays, with emphasis on conceptual art and minimalist work. They have an excellent selection of Sol LeWitt’s wall drawings currently on view. I would suggest DIA Beacon as an excellent destination for a day trip for any math art enthusiast. While you are in town, check out the galleries on Main Street.