theantidote:

Dances of the Planets
Take the orbits of any two planets and draw a line between the two planet positions every few days. Because the inner planet orbits faster than the outer planet, interesting patterns evolve. Each planetary pairing has its own unique dance rhythm. For example, the Earth-Venus dance returns to the original starting position after eight Earth years. Eight Earth years equals thirteen Venus years.  Note that 8 and 13 are members of the Fibonacci number series.
* Earth:     8 years * 365.256 days/year  =  2,922.05 days                   
* Venus:  13 years * 224.701 days/year  =  2,921.11 days (ie. 99.9%)
Watching the Earth-Venus dance for eight years creates this beautiful five-petal flower with the Sun at the center. (5 is another Fibonacci number.)
(via howlsamesame:)

theantidote:

Dances of the Planets

Take the orbits of any two planets and draw a line between the two planet positions every few days. Because the inner planet orbits faster than the outer planet, interesting patterns evolve. Each planetary pairing has its own unique dance rhythm. For example, the Earth-Venus dance returns to the original starting position after eight Earth years. Eight Earth years equals thirteen Venus years.  Note that 8 and 13 are members of the Fibonacci number series.

* Earth:     8 years * 365.256 days/year  =  2,922.05 days                   

* Venus:  13 years * 224.701 days/year  =  2,921.11 days (ie. 99.9%)

Watching the Earth-Venus dance for eight years creates this beautiful five-petal flower with the Sun at the center. (5 is another Fibonacci number.)

(via howlsamesame:)

(Source: universoul, via tumbledoresbeard)

mellabrown:

0 Through 9 - Jasper Johns, 1960

Never, ever thought I would reblog something by Jasper Johns (not really a fan), but this one is great. I dig it.

mellabrown:

0 Through 9 - Jasper Johns, 1960

Never, ever thought I would reblog something by Jasper Johns (not really a fan), but this one is great. I dig it.

(Source: cavetocanvas, via lushlight)

1,290 notes

There are thought to be 300,000,000,000,000,000,000,000 stars, including our Sun, in the observable universe.

crookedindifference:

That’s 300 sextillion.

A typical galaxy contains hundreds of billions of stars, and there are more than 100 billion galaxies in the observable universe.

(Source: NPR)

436 notes