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ahahahahahahahaha

(Source: ofdarkwater)

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“OMG GUISE IT’S XMAS EVE THAT’S BASICALLY XMAS…”
please shut up.

“OMG GUISE IT’S XMAS EVE THAT’S BASICALLY XMAS…”

please shut up.

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yourlittleharmonicaishammered:

My flawless otp.

i love them. i love this. 

(via myclara)

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"That man over there is playing Galagar. Thought we wouldn’t notice. But we did."

— Tony Stark, Iron Man - The Avengers Assemble

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theeidophusikon:

Nothing But The Blur of Travelling TimeJack Hardwicke 

theeidophusikon:

Nothing But The Blur of Travelling Time
Jack Hardwicke 

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laughingstation:

You will laugh out loud!
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bazinga-bang:

My Favorite TBBT Moments [6] | When the boys give their special girls a special-something.

(3x1: The Electric Can Opener Fluctuation, 5x12: The Shiny Trinket Maneuver, 5x24: The Countdown Reflection)

:)

(Source: chiyazzie, via fyeahbigbangtheorygifs)

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jtotheizzoe:

The Fire Rainbow
I’ve never been lucky enough to see one of these, have you? Make no mistake, though, they’re real. The technical term for the fire rainbow is a circumhorizontal arc. 
High in the atmosphere, cirrus clouds form as wispy layers of ice that can stretch on for hundreds of miles. As light from the sun hits it, it refracts as if it was being shone through a prism.
This refraction happens because when light goes from one medium to another, like from air to water or air to ice, it can be bent. Different wavelengths are bent to different extents, separating white light into its component colors.
Want to know more? Check out this Khan Academy lesson on refraction.
(via Kuriositas)

jtotheizzoe:

The Fire Rainbow

I’ve never been lucky enough to see one of these, have you? Make no mistake, though, they’re real. The technical term for the fire rainbow is a circumhorizontal arc

High in the atmosphere, cirrus clouds form as wispy layers of ice that can stretch on for hundreds of miles. As light from the sun hits it, it refracts as if it was being shone through a prism.

This refraction happens because when light goes from one medium to another, like from air to water or air to ice, it can be bent. Different wavelengths are bent to different extents, separating white light into its component colors.

Want to know more? Check out this Khan Academy lesson on refraction.

(via Kuriositas)