quantum random number theory

quantum random number theory

quantum random number theory
2009
giclée print, 75 x 75 cm

this project started as a stream of random numbers, the 1’s and 0’s that made up the data were visualised as a grid of dots.

quantum random number theory (detail)

quantum random number theory (detail)
photo: sarah weinstock

quantum random number theory (10,000) 7

quantum random number theory (10,000) 7
2009
giclée print, 38.5 x 38.5 cm

the dots were fragmented by taking low resolution screen shots and layering these into composite images. colours were incorporated into the images by masking photos of kylie minogue with the black and white random dots.

quantum random number theory (k crystals squared transparent)

quantum random number theory (k crystals squared transparent)
2009
giclée print, 75 x 75 cm

quantum random number theory (k crystals squared transparent) detail

quantum random number theory (k crystals squared transparent) detail

group theory

group theory
2012
giclée print, 40 x 40 cm

group theory (detail)

group theory (detail)

group theory (reduced)

group theory (reduced)
2012
giclée print, 40 x 40 cm

a parallel strand of work involved dripping ink on to paper in random positions on a grid and scanning in the dots, which were then compiled and composited as outlines.

dots 1.1

dots 1.1
2009
ink on paper (from work in progress)

line 1.1.14

line 1.1.14
2009
(from work in progress)

quantum random number theory (edges 1.1)

quantum random number theory (edges 1.1)
2009
giclée print, 40 x 40 cm

quantum random number theory (dots concentric 1 inverse)

quantum random number theory (dots concentric 1 inverse)
2009
giclée print, 50 x 50 cm

dots representing series of random numbers generated by Quantum Random Bit Generator Service http://random.irb.hr/

many thanks to Radomir Stevanović, Ruder Boskovic Institute, Zagreb (2009)