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powerperfgirl:

charlottegreen:

i’m so in love with this. i can’t even. ah. my favourite feeling in the world is putting your head beneath the water and entering an entirely different place, so peaceful, so quiet. what i miss more than anything when i’m living away from the ocean is being able to duck under and leave all my worries on the surface.

so perfect

fuglyy:

this kills me when a girl does that

My hand would literally get stuck in Michael’s hair omg.

stay-strong-babee:

I ship it

The largest natural bridge on Earth was virtually unknown to the rest of the world, until it was observed on Google Earth. It’s called the ‘Fairy Bridge.’

Source

(Source: did-you-kno)

Posted: 1 month ago

zachsgay:

honestlysad:

I love this because on the outside you appear so happy and then on the inside it’s just pain and suffering

i’m pretty sure it’s showing how bad things blossom into good things. like you don’t truly appreciate things and live with happiness unless you experience pain at least once.

1ucasvb:

The familiar trigonometric functions can be geometrically derived from a circle. But what if, instead of the circle, we used a regular polygon? In this animation, we see what the “polygonal sine” looks like for the square and the hexagon. The polygon is such that the inscribed circle has radius 1. (There’s a very neat reason for this.) Since these polygons are not perfectly symmetrical like the circle, the function will depend on the orientation of the polygon. More on this subject and derivations of the functions can be found in this other post
Now you can also listen to what these waves sound like
This technique is general for any polar curve. Here’s a heart’s sine function, for instance

suspenceful:

A chilling sundown tonight.

g-a-n-g-s-t-e-r:

Abandoned roller coaster