Hyperbolic Surfaces
gabriele meyer's hyperbolic surfaces
inspired by Daina
Taimina's work
blue triangle algae, view 1
blue triangle algae, view 2
white poincare disk with hole as a lampshade
light white
blue
pure white
hyperbolic white blossom
white hyperbolic plane croched with triples
towers of hyperbolic disks and hyperbolic algae
tower of white hyperbolic disks
tower of white hyperbolic disks and white algae
asymmetric green hyperbolic algae
tower of yellow and red hyperbolic disks
hyperbolic surface as lamp shade
red flower
hyperbolic surfaces
large, white hyperbolic surface
white poincare disk
five hyperbolic half planes
polyester yarn, shaped line
white and green hyperbolic surface
polyester yarn, shaped line
1.8 m in height
three hyperbolic half planes as a lamp
three hyperbolic half planes as a lamp, view 2
polyester yarn, shaped line
poincare disk with a point at infinity as a lamp
polyester yarn, shaped line
red and green algae and colored poincare disk
polyester yarn, shaped line
1.8 m in height
white and yellow hyperbolic surface
polyester yarn, shaped line
1.8 m in height
white and yellow hyperbolic surface, view 2
polyester yarn, shaped line
1.8 m in height
red poincare disk as a lamp
yellow/white poincare disk, view 1
yellow/white poincare disk, view 2
big red poincare disk, view 1
big red poincare disk, view 2
poincare disk, view 1
poincare disk, view 2
poincare disk with color
air sculpture 1: hyperbolic half plane with 5 handles
blue and green polyester yarn, clothesline
1.2 m in height
hyperbolic Poincare disk and hyperbolic half plane
blue, white, yellow, and green polyester yarn, clothesline
1.7 m in height
same as last one, different view
air sculptures from the stairs
living room with air sculptures
yellow flying dragon, view 1
yellow flying dragon, view 3
blue algae
four air sculptures
four air sculptures
red flame sculpture
red flame sculpture
blue wave sculpture at my door
four sculptures with the new red algae
new red algae
new spiral
new spiral, view 2
round white surface
complex z^3 at z = 0
view 1
complex z^3 at z = 0
view 2