Imaginary 2008
Imaginary 2008 Bundesministerium für Bildung und Forschung Forschungsexpedition Deutschland
IMAGINARY - Gallery: Competing Pictures 1

Pseudo-trigonometrische Verdrehung der Bernoulli-Lemniskate VI

(x²+y²)²*(z-z^3/3!+(4z)^5/5!-(4z)^7/7!+(4z)^9/9!) - ...

Pseudo-trigonometrische Verdrehung der Bernoulli-Lemniskate I b

(x²+y²)²*s(2z)-2a²*(x²-y²)*c(2z) = 0 with a = 1 a...

Die zwanzig Ikosaederebenen II by Hermann Bauer

(ax+bz-c)*(ax-bz+c)*(x+y+z-c)*(x-y-z+c)*(by+az-c)*(x-y+...

Diezwanzig Ikosaederebenen I by Hermann Bauer

(ax+bz-c)*(ax-bz+c)*(x+y+z-c)*(x-y-z+c)*(by+az-c)*(x-y+...

Das Fast-Ikosaeder II by Hermann Bauer

(x²+y²+z²-4.8²)^10-(ax+bz-c)*(ax-bz+c)*(x+y+z-c)*(x...

Das Fast-Ikosaeder I by Hermann Bauer

(x²+y²+z²-4.8²)^10-(ax+bz-c)*(ax-bz+c)*(x+y+z-c)*(x...

Kummer-Derivat IV by Hermann Bauer

(x²+y²+z²-(4a)²)²+2b*((1-z)²-2x²)*((1+z)²-2y²)...

Kummer-Derivat I by Hermann Bauer

(x²+y²+z²-(4a)²)²+2b*((1-z)²-2x²)*((1+z)²-2y²)...

Metallskulptur Wh. by Hiltrud Heinrich

(x^2+y^2+z^2-1)+x*(y-z)^2-z*((x+y)+y*(z-x))^4-(x+y+z-a)...

double sting ray by tom clements

6*x^2-2*x^4-y^2*z^2*z-4

propeler hat by tom clements

(x^2+y^2+z^2-(0.5+2*a)^2)^2-(3.0*((0.5+2*a)^2)-1.0)/(3....

Wesen vom anderen Stern by Hiltrud Heinrich

(x^2+y^3+z^2-9)^2*(x^2+y^2+z^2-9)-3*(b-x^2y^2z^2)=0 b=1

pattern by Hiltrud Heinrich

(x^3+y^2z^2)*xy*(z^4+y^4+x^5)*(x^4-y^4-z^4)=0

Metallskulptur C3 by Hiltrud Heinrich

(z-1)^3+(x^2+y^2-1)^2+(x^2+z^2-1)^4*2a-z-z^5*3x^2=0 a=0

Neues Schmuckstück by Hiltrud Heinrich

(2x^2-y^2+z^2)^3+(y^2+x^3+z^4)^2*(x^2y^2z^2)*(x^2+y^2+z...

Goldenes Rad by Hiltrud Heinrich

((x^2+y^2+z^2-9)^3-(x^2y^2z^2))*(x^2+y^2+z^2-2)*((y-z)*...

Luftiger Sonnenhut by Hiltrud Heinrich

(x^2+y^3+z^2-9)*(x^2+y^2+z^2)-3+(b-x^2y^2z^2)*(x^2+y^5)...

jewel by Hiltrud Heinrich

yx+xz+zy+z^4+10z*((x^2+y^2+z^2-9)-3*(b-x^2y^2z^2)) b=0,92

armed x by Alan Singer

x^6(x+3*y)^6+z^6-1-2*(cos(1.5*x)+cos(1.5*y)+cos(1.5*z)-...

A mad hat by Rock Fong

x^2+y^2+z^3-a^2

Concorde by David Allwright

(9*x^2-(2+z)*(4+3*y^2+4*z+4*z^2))^2-(4*(1+z)-y^2)^3

Skulptur 2 by Hiltrud Heinrich

(x^2+y^3+z^3)*z+xy^4-y^2z^6+xz^9-(x^2y^2z^2)=0

Goldene Glas-Blase by Hiltrud Heinrich

(x^2+y^2+z^2+2xy-0,1)*x^2y^5+xz^2-8y^2z*(x^2+y^2+z^2-9)...

Metallskulptur 3 by Hiltrud Heinrich

(x^5-0,1*x^4-7*x^3-0,2*x^2+10*x-y)^3*(x^2+y^2+z^2-9)*y*z=0

The Sacred Bowl von Mehrdad Garousi

(a*(-2))/125+x^8+y^8+z^9-2*x^6-2*y^6-2*z^6+1.25*x^4+1.2...

Melting Chocolate by Mehrdad Garousi

(a*(-2))/125+x^8+y^8+z^9-2*x^6-2*y^6-2*z^6+1.25*x^4+1.2...

plaid-skirt by Alan Singer

5*((2*sqrt((y+1)*(y+1)+z*z)-3)^2+x*x-.4)*5 ((2.25*sqrt(...

nested eight by Alan Singer

2*((1.75*sqrt((y+1)*(y+1)+z*z)-3)^2+x*x-.4)*7 ((2.65*sq...

ampersand and by Alan Singer

min(cos(x)+cos(2*y)cos(z)^2,+x*cos(3)y-sin(3)-x*cos(3)+...

The pool of inner self by Sam Walsh

x-^75+y^-3+z^-3*34

Chocolate by Mehrdad Garousi

(a*(-2))/125+x^8+y^8+z^9-2*x^6-2*y^6-2*z^6+1.25*x^4+1.2...

Le clef pinkoise by Andreas Daniel

-x^3-y^2*z-x*z^2+x*z=0



There are 32 pictures in this gallery.
Click on the center of the picture to see the formula (in case it is cut in the gallery subtitle).
MFO