George Legrady

George Legrady, Coliseum - Rome, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR249

George Legrady, Smoke & Fire, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR248

George Legrady, Jaffa Gate - Jerusalem, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR251

George Legrady, Acropolis, Athens, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR250

George Legrady, 6 Men - Jerusalem, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR253

George Legrady, Istanbul, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR255

George Legrady, Old City - Jerusalem, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR252

George Legrady, Sea and Pebbles, Cannes, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR256

George Legrady, Snow - Montreal, 2013

Lenticular photographic print mounted on dibond, 31 1/2 x 47 in. (80 x 119.4 cm)

From the On the Road series

Four photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR247

George Legrady, We Are Stardust, 2008

2 Screen projection, rotating infrared survelliance camera

A two screen projection installation with infrared camera that maps the sequence of NASA sky observations from 2003 to the present though the Soitzer Space Telescope, an infra-red temperature sensing instrument that is orbiting the sun while trailing the earth's orbit.

GLEGR012

George Legrady, Display, 2011

Photography/lenticular, 32 x 47 in. (81.3 x 119.4 cm)

Three photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR181

George Legrady, Movement, 2011

Photography/lenticular, 32 x 47 in. (81.3 x 119.4 cm)

Three photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR161

George Legrady, At the Bar, 2011

Photography/lenticular, 32 x 47 in. (81.3 x 119.4 cm)

Three photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR101

George Legrady, In-Between Moments, 2011

Photography/lenticular, 32 x 47 in. (81.3 x 119.4 cm)

Three photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the lenticular, please click here.

GLEGR221

George Legrady, Magnetic, 2011

Photography/lenticular, 32 x 47 in. (81.3 x 119.4 cm)

Three photographs interlaced together through the lenticular process, an imaging technique that creates the illusion of movement between images when observers change their viewing angle in front of the image. To view the images that create the work, please click here.