Armin Amirian

Protesters - Contemporary Digital Print, 2025, Edition of 3

2025

Armin Amirian 1995 - Current Alest, 2016 Digital C Print 30 x 17.79 cm 11 3/4 x 7 in Edition of 5 plus 1 artist's proof (#3/5)

Armin Amirian 1995 - Current Iranian people - hICEstory Series, 2025 Digital C Print 50 x 74 cm 19 3/4 x 29 1/8 in Edition of 3 plus 2 artist's proofs

Armin Amirian 1995 - Current A'ar-13, 2016 Digital C Print 70 x 100 cm 27 1/2 x 39 3/8 in Edition of 5 plus 2 artist's proofs (#5/5)

Armin Amirian 1995 - Current Ferdowsi - hICEstory Series, 2025 Digital C Print 121 x 70 cm 47 5/8 x 27 1/2 in Edition of 3 plus 2 artist's proofs

Photographic Fine Art Paper 325 g, ed. 1/7 Luca Battaglia is an Italian architect and photographer born in 1970 who lives and works in Paris, France. Luca met the Italian photograph...

Mercedes Jelinek (b. 1985) is an American artist and photographer living and working in Brooklyn, NY. Specializing in black and white photography, Jelinek often transforms the photog...

Mercedes Jelinek (b. 1985) is an American artist and photographer living and working in Brooklyn, NY. Specializing in black and white photography, Jelinek often transforms the photog...

This artwork was created by the artistic duo Hunter & Gatti (2010–2023). These works are part of the archive managed and exhibited by Cristian Hunter. The artist's technique consists of the use of two prints, the first print is the original photography, and the second print is a blurry version of the image printed on glass. The glass version of the picture is shattered with an iron tool to be able to control the rupture. The artists glued the glass parts on top of the original picture, creating a blurred effect. The artists explore even further the infinite possibilities of transformation by turning something as temporary as a fashion editorial, into something completely different and original; a unique piece of art. The “visible” spectrum, is probably the most well-known of human sensory limitations, as the human #eye is only capable of perceiving light at wavelengths between 390 and 750 nanometers. Of course, calling it the “visible” spectrum is a bit of a misnomer, as plenty of animals are capable of perceiving light with frequencies outside this relatively narrow band of electromagnetic radiation. Using infrared black and white...