zeldathemes
This was originally made for my own personal use, but feel free to browse and make suggestions.
My Precious References

likeafieldmouse:

Trevor Paglen - They Watch the Moon (2010)

"This photograph depicts a classified ‘listening station’ deep in the forests of West Virginia.

The station is located at the center of the National Radio Quiet Zone, a region of approximately 34,000 square kilometers in West Virginia and parts of Maryland.

Within the Quiet Zone, radio transmissions are severely restricted: omnidirectional and high-powered transmissions (such as wireless internet devices and FM radio stations) are not permitted.

The listening station, which forms part of the global ECHELON system, was designed in part to take advantage of a phenomenon called moonbounce.

Moonbounce involves capturing communications and telemetry signals from around the world as they escape into space, hit the moon, and are reflected back towards Earth.

The photograph is a long exposure under the full moon light.”

  #science stuff reference  
trigonometry-is-my-bitch:

Fold a piece of paper in half 103 times, and its wider than the observable universe.
this is due to exponential growth; the increase in previous thickness is doubled each time you fold the piece of paper again. physically you could probably only fold a piece of paper about 7 - 8 times on your own.

Given a paper large enough—and enough energy—you can fold it as many times as you want. If you fold it 103 times, the thickness of your paper will be larger than the observable Universe; 93 billion light-years distance.
How can a 0.0039-inch-thick paper get to be as thick as the Universe?
The answer is simple: Exponential growth. The average paper thickness in 1/10th of a millimeter (0.0039 inches.) If you perfectly fold the paper in half, you will double its thickness.
Folding the paper in half a third time will get you about the thickness of a nail.
Seven folds will be about the thickness of a notebook of 128 pages.
10 folds and the paper will be about the width of a hand.
23 folds will get you to one kilometer—3,280 feet.
30 folds will get you to space. Your paper will be now 100 kilometers high.
Keep folding it. 42 folds will get you to the Moon. With 51 you will burn in the Sun.
Now fast forward to 81 folds and your paper will be 127,786 light-years, almost as thick as the Andromeda Galaxy, estimated at 141,000 light-years across.
90 folds will make your paper 130.8 million light-years across, bigger than the Virgo Supercluster, estimated at 110 million light-years. The Virgo Supercluster contains the Local Galactic Group—with Andromeda and our own Milky Way—and about 100 other galaxy groups.
And finally, at 103 folds, you will get outside of the observable Universe, which is estimated at 93 billion light-years in diameters.

[source]

trigonometry-is-my-bitch:

Fold a piece of paper in half 103 times, and its wider than the observable universe.

this is due to exponential growth; the increase in previous thickness is doubled each time you fold the piece of paper again. physically you could probably only fold a piece of paper about 7 - 8 times on your own.

Given a paper large enough—and enough energy—you can fold it as many times as you want. If you fold it 103 times, the thickness of your paper will be larger than the observable Universe; 93 billion light-years distance.

How can a 0.0039-inch-thick paper get to be as thick as the Universe?

The answer is simple: Exponential growth. The average paper thickness in 1/10th of a millimeter (0.0039 inches.) If you perfectly fold the paper in half, you will double its thickness.

Folding the paper in half a third time will get you about the thickness of a nail.

Seven folds will be about the thickness of a notebook of 128 pages.

10 folds and the paper will be about the width of a hand.

23 folds will get you to one kilometer—3,280 feet.

30 folds will get you to space. Your paper will be now 100 kilometers high.

Keep folding it. 42 folds will get you to the Moon. With 51 you will burn in the Sun.

Now fast forward to 81 folds and your paper will be 127,786 light-years, almost as thick as the Andromeda Galaxy, estimated at 141,000 light-years across.

90 folds will make your paper 130.8 million light-years across, bigger than the Virgo Supercluster, estimated at 110 million light-years. The Virgo Supercluster contains the Local Galactic Group—with Andromeda and our own Milky Way—and about 100 other galaxy groups.

And finally, at 103 folds, you will get outside of the observable Universe, which is estimated at 93 billion light-years in diameters.

[source]

  #science stuff reference    #math stuff reference  

pigeonbits:

Color palette tutorial time!

This is by no means the Only Way To Pick Colors—it’s just a relatively-simple method I use sometimes.  I’ve found it works pretty well, almost regardless of what colors you pick—as long as you can keep them organized by those light/dark warm/cool categories, and make sure one category takes up a significantly higher proportion of page space, it usually turns out pretty good!

  #drawing stuff reference  

bigbardafree:

djtetsuo89:

danistotallyuncool:

gatoishwary:

ttripod:

jodyrobots:

whaa

WHATS THIS MOVIE!?

I WISH I KNEW!!!

The name of this movie is Top Secret

Dude, top secret is such a good movie.

this movie has an entire bar fight sequence that takes place underwater

for no reason at all

  #movie stuff reference  
e-stocado:

Chris Slabber

e-stocado:

Chris Slabber

  #poster stuff reference  

MOTHER FUCKIN RESOURCES

roxindreamer:

HOVER FOR INFO!!!! ლ(ಠ益ಠ)ლ

SAI DOWNLOAD

SAI BRUSHES X X X X X X 

ENORMOUS FUCKING AMOUNT OF REFERENCE

MORE REFERENCE

HOLY SHIT REFERENCE

REFREEFREF

WHATS THAT? YOU NEED MOREREFERENCE?  LMAO. OK!!!!!!

GET PUMPED

CHILL OUT

FASHION AND SHIT::

WOC PASTEL

HARD FEMME

WOC PINUPS

KAWAII SHIT

OLD SCHOOL SHIT

CANT HOLD ALL THIS REFERENCE

SOME MORE FUCKING RESOURCES

AND SOME MORE

FUCKIGN INCREDIBLE

HAVE FUN CUTIES!! (ノ≧∀≦)ノ☆*・゜゚・*

  #EVERYTHING  

diy:

Going Outside: The Physics Of A Curveball

Charlie and his friends are going outside to investigate some awesome sports stuff! In this episode they figure out the secret to throwing a curveball, a crazy swooping baseball pitch. Turns out it’s all about physics! Spin the ball the right way and boom, you have a major league caliber pitch … it’s that easy. 

Get the Physicist and Athlete skill at DIY.

Check out some more of Charlie’s awesome stuff!

  #science stuff reference  
  #hair stuff reference  

eyctobiolojayy:

littlewendycat:

ladypanboner:

thecolourfreedom:

textuallyaroused:

I started going to the dojo when I was in sixth grade. It was a very masculine environment; there weren’t a lot of other girls there but the male senseis who ran the place were great…

  #story stuff reference  

huffposttaste:

Key lime EVERYTHING.

  #recipe stuff reference