nosajthing:

waveform @moogmusicinc #voyager (Taken with instagram)

11:38 pm  •  8 May 2012  •  12 notes  •  #music #geometry 

Zach McNair

5:44 pm  •  30 April 2012  •  33 notes  •  #nature #geometry #photo #black and white 

Ascent
http://joycesu.com 

12:13 am  •  17 April 2012  •  2 notes  •  #joyce su loves you #space #geometry 

rollthedrumss:

Zhenja Katova by Elena Kholkina for Moonsssswoon

(via jlammatao)

1:55 am  •  15 April 2012  •  347 notes  •  #photo #black and white #geometry 

Michael Cina

7:48 pm  •  11 April 2012  •  7 notes  •  #black and white #geometry #minimal 

Andy Gilmore

7:16 pm  •  11 April 2012  •  4 notes  •  #andy gilmore #geometry 

Working on something…

6:51 pm  •  7 April 2012  •  5 notes  •  #joyce su loves you #geometry #nature 

(Source: luminateye, via orbitalresonance)

12:35 am  •  5 April 2012  •  42 notes  •  #photo #black and white #geometry #anatomy 

(Source: considerthishippie, via chaosophia)

10:54 pm  •  29 March 2012  •  918 notes  •  #black and white #geometry #space 

9:54 pm  •  25 March 2012  •  9 notes  •  #geometry #mobius strip 

Sea by BnBattaglia

(Source: swayinghummingbirds, via chaosophia)

4:44 pm  •  25 March 2012  •  81 notes  •  #geometry 

Escher

A Dyson sphere is a hypothetical megastructure originally described by Freeman Dyson. Such a “sphere” would be a system of orbiting solar power satellites meant to completely encompass a star and capture most or all of its energy output. Dyson speculated that such structures would be the logical consequence of the long-term survival and escalating energy needs of a technological civilization, and proposed that searching for evidence of the existence of such structures might lead to the detection of advanced intelligent extraterrestrial life.

Wikipedia

1:59 pm  •  21 March 2012  •  8 notes  •  #m.c. escher #geometry #symbols recordings 

(Source: oldchum, via geehoff)

7:49 pm  •  15 March 2012  •  4,030 notes  •  #geometry 

Andy Gilmore

2:30 pm  •  6 March 2012  •  8 notes  •  #geometry #andy gilmore 

intothecontinuum:

Hi-res: 800x800

Mathematica code:

  Graphics[
     Table[
       {Thickness[.005],
        Circle[{80*Cos[i*Pi/4], 80*Sin[i*Pi/4]},
        .5 + (100 - n) (1 + Sign[100 - n])/2]}, {n, 0, 100, 1}, 
     {i, 0, 7, 1}], 
    PlotRange -> 30, ImageSize -> 800]

12:42 am  •  28 February 2012  •  176 notes  •  #geometry