Mike Rosen - ceramic arts
click photograph to enlarge, escape to return
8 oz. cups -
9 glazes - white stoneware
funerary urn -
celadon glaze
Gilhooly's Bride -
white stoneware with various glazes, 3 1/2" dia.
mortar and pestle - 8" dia.x 3" h. - celadon glaze on porcelain
plate - 8" dia., engobes and clear glaze over white stoneware -
This is for the connoisseurs, so they won't think it's just pottery
Star Pottery mark. This stamp appears on the bottom of most of these pieces.
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candle holders with treefrog handle, iron-bearing glazes - 4" h.
CECI N’EST PAS UNE ASSIETTE
~ ceremonial dish - 8" d. - engobe with clear glaze
cylinder - 10 1/2" x 4" - sang de bœuf glaze on white stoneware
untitled - 11" high - crystalline glaze on white stoneware - signed "Weiss Rosen" on bottom
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untitled 8 oz. cup - 3" h. - sang de bœuf glaze on white stoneware, glaze tests in background
This work is fine art masquerading as tableware. The challenges of tableware are an artistic device. The material is high-fired stoneware and porcelain. It is food-safe and can go in a dishwasher and microwave, or be buried underground for 2,000 years.
Celadon
Classic celadon glaze was developed in China beginning about the time of Christ. It has been found in tombs from that period. The term is used for a range of glazes, usually transparent or translucent, green. True celadon is a high-temperature feldspathic glaze fired in a reducing atmosphere, colored with iron. The quality of this glaze reached its zenith during the Song Dynasty (960 - 1279 A. D.). It was prized in the imperial courts and made in enormous quantities. It was sometimes referred to as "poor man's jade." Song Dynasty celadon has a light jade green color. It is applied thickly, but remains translucent. Its surface resembles unpolished jade, a surface which has been called buttery. Since the Song Dynasty, celadon has been produced all around the world. Some of this is quite well made, but it is almost all shiny. Shiny is a far easier surface to produce on this kind of glaze. A jade-like surface is only possible with some very narrow ranges of composition. My celadon glaze is of the Song variety. The quiet beauty of this glaze belies its pale color. |
fountain head with firefrog and hamburger -
iron green glaze on white stoneware, 18" h.
untitled - 3 1/2" h. - Sèvres blue glaze on porcelain
detail of 8 oz. cup, Jin glaze, white stoneware
bowl - 8 1/2" dia., oilspot glaze on white stoneware Blow this one up and look at it.
cylinder - 11" x 4" - crystalline glaze on white stoneware
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Ouroboros cup, celadon glaze, white stoneware
DISCLAIMER, AND ARTISTIC PHILOSOPHY
Folks, we’re looking at the absolute last generation of high-fired reduction glazes - let’s make the best of it. Obviously, the gasses produced firing a fuel-burning kiln to 2,440º F. (natural gas in my case) pollute the atmosphere. I have justified my own work by thinking that I am producing things of exceeding beauty, which are not possible to make without such a “dirty” exhaust, but this is a luxury which is necessarily near its end.
Even if humans survive the coming climate breakdown and continue to produce art and other high-fired ceramic products, surely ceramics will all have to be fired in electric kilns, or some energy source which does not burn to produce greenhouse gasses. In that event there will be no more reduction firing, no more copper red glazes and no (real) celadons. At that point, the Chinese and other pieces in museums and collections around the world will take on a new mystique, and a new technical interest - as will my own pieces of these glazes.
“Celadon” and “oxblood” glazes (if you call them that) are certainly made at lower temperatures and with alternative materials, but they are never really like the classic glazes if you look at them. The high-fired reduction glazes produced by ancient Chinese potters contain a quiet beauty that you can see, by naked eye, without need of art history and color theory.
Having studied copper red and celadon glazes over a long period of time and space I have somehow gotten to the point where I’m able to make each of these glazes with some consistency. I have made it my life’s ambition to get this, and now it is mine to use the short time I have left to produce as much of it as possible.
Folks, we’re looking at the absolute last generation of high-fired reduction glazes - let’s make the best of it. Obviously, the gasses produced firing a fuel-burning kiln to 2,440º F. (natural gas in my case) pollute the atmosphere. I have justified my own work by thinking that I am producing things of exceeding beauty, which are not possible to make without such a “dirty” exhaust, but this is a luxury which is necessarily near its end.
Even if humans survive the coming climate breakdown and continue to produce art and other high-fired ceramic products, surely ceramics will all have to be fired in electric kilns, or some energy source which does not burn to produce greenhouse gasses. In that event there will be no more reduction firing, no more copper red glazes and no (real) celadons. At that point, the Chinese and other pieces in museums and collections around the world will take on a new mystique, and a new technical interest - as will my own pieces of these glazes.
“Celadon” and “oxblood” glazes (if you call them that) are certainly made at lower temperatures and with alternative materials, but they are never really like the classic glazes if you look at them. The high-fired reduction glazes produced by ancient Chinese potters contain a quiet beauty that you can see, by naked eye, without need of art history and color theory.
Having studied copper red and celadon glazes over a long period of time and space I have somehow gotten to the point where I’m able to make each of these glazes with some consistency. I have made it my life’s ambition to get this, and now it is mine to use the short time I have left to produce as much of it as possible.
