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The Man In Me by The Clash

docshoe:

“The Man In Me” covered by The Clash

The Vanilla Tapes were demo tracks recorded by the English Punk band The Clash—in essence, an early version of their album London Calling.  Roadie Johnny Green was to deliver the tapes to the band’s new producer,Guy Stevens; Green fell asleep on the train ride to the studio. Waking up at the station where he was to disembark, he panicked, and in his rush left the tapes behind. After that, the tapes were considered lost until March 2004, when Clash guitarist Mick Jones was moving boxes and came upon a copy of the tape.

This track is The Clash playing a vastly altered version of “The Man In Me” by Bob Dylan.  It’s probably one of the greatest things in the history of ever.

May 28th with 31 notes | reblog | 100 plays


outrage: you’re doing it right 

outrage: you’re doing it right 

May 28th with 15,774 notes | reblog

(Source: untrooth)

May 28th with 12 notes | reblog

nevver:

Maybe?

nevver:

Maybe?

May 28th with 1,447 notes | reblog

cinemagreats:

El Topo (1970) - Directed by Alejandro Jodorowsky

May 28th with 114 notes | reblog

Make sure you take your time to thank someone who served in the military or continue to fight for us. Everyday is a fight, and we thank you for braving it out, not only for yourself, but for us as well. Thank you. To them, and to all who have served this country. Happy Memorial Day!

Make sure you take your time to thank someone who served in the military or continue to fight for us. Everyday is a fight, and we thank you for braving it out, not only for yourself, but for us as well. Thank you. To them, and to all who have served this country. Happy Memorial Day!

(Source: manupbitch)

May 28th with 24 notes | reblog


(Source: katvondevious)

May 28th with 719 notes | reblog


(Source: fystarwars)

May 28th with 1,434 notes | reblog

frenchrobots:

Prints for class finished this morning! Hand-stenciled and worth an all-nighter.
Tempted to get this on a t-shirt…

May 28th with 363 notes | reblog


(Source: souslecieldesf)

May 28th with 35 notes | reblog

ikenbot:

The Fabric of Space-time
Image: What happens to light as it passes through a point of space-time in where mass has been applied, as well as why objects in space orbit the way they do (planets, galaxies, clusters, etc.)
Also known as the Space-time Continuum, I’ve always been fascinated about the very space that holds the planet we live on, stars we see at night, solar system we observe, and supernovas we stargaze on telescopes. In astronomy you hear the term space-time get used a lot and I thought I’d highlight key features that describe what this fabric is. I find it odd that not that many people stop to think what holds us up, how are we suspended in space-time? Well, technically we’re not suspended. We’re constantly moving, constantly orbiting. And it’s not just Earth and the solar system joining in on this cosmic dance, you can include star clusters, galaxies, super clusters and even Blackholes, just about everything in our Universe. Keep in mind that even as you read this post, our solar system is orbiting the Milky Way galaxy, traveling at roughly 220 kilometers a second!
What is Space-time?

Einstein visualized gravity as a manifestation of the curvature of space-time - the three space dimensions and a fourth time dimension. Most of us cannot visualize a curvature of four dimensional space-time, so visualize a curved two dimensional rubber sheet. Placing a mass on the rubber sheet curves it downward like space-time curves in the presence of a mass. On such a rubber sheet a small mass can circle around the curvature produced by a large mass, just as planets orbit the Sun. Or a mass can roll straight downward just as an object falls to the Earth. Space-time being the very “material” these events and masses take place on.
Einstein explained gravity as a result of the curvature of space-time near the presence of a mass. The differences between general relativity and Newton’s law of gravity only become noticeable when the gravitational force is very strong.
Einstein’s general theory of relativity is one of the crowning intellectual achievements of the 20th century and led to such predictions as black holes, gravitational lenses, and the expanding universe. So far it has passed every experimental test with flying colors.
Info via Suite101

ikenbot:

The Fabric of Space-time

Image: What happens to light as it passes through a point of space-time in where mass has been applied, as well as why objects in space orbit the way they do (planets, galaxies, clusters, etc.)

Also known as the Space-time Continuum, I’ve always been fascinated about the very space that holds the planet we live on, stars we see at night, solar system we observe, and supernovas we stargaze on telescopes. In astronomy you hear the term space-time get used a lot and I thought I’d highlight key features that describe what this fabric is. I find it odd that not that many people stop to think what holds us up, how are we suspended in space-time? Well, technically we’re not suspended. We’re constantly moving, constantly orbiting. And it’s not just Earth and the solar system joining in on this cosmic dance, you can include star clusters, galaxies, super clusters and even Blackholes, just about everything in our Universe. Keep in mind that even as you read this post, our solar system is orbiting the Milky Way galaxy, traveling at roughly 220 kilometers a second!

What is Space-time?

Einstein visualized gravity as a manifestation of the curvature of space-time - the three space dimensions and a fourth time dimension. Most of us cannot visualize a curvature of four dimensional space-time, so visualize a curved two dimensional rubber sheet. Placing a mass on the rubber sheet curves it downward like space-time curves in the presence of a mass. On such a rubber sheet a small mass can circle around the curvature produced by a large mass, just as planets orbit the Sun. Or a mass can roll straight downward just as an object falls to the Earth. Space-time being the very “material” these events and masses take place on.

Einstein explained gravity as a result of the curvature of space-time near the presence of a mass. The differences between general relativity and Newton’s law of gravity only become noticeable when the gravitational force is very strong.

Einstein’s general theory of relativity is one of the crowning intellectual achievements of the 20th century and led to such predictions as black holes, gravitational lenses, and the expanding universe. So far it has passed every experimental test with flying colors.

Info via Suite101

May 28th with 1,344 notes | reblog

littlechinesedoll:

Batman will take no more of your fuckery.

littlechinesedoll:

Batman will take no more of your fuckery.

May 28th with 9 notes | reblog

(Source: many-bothans-died)

May 28th with 417 notes | reblog

HOME.

HOME.

May 28th with 1,613 notes | reblog

Ohai Kitty!

Ohai Kitty!

May 28th with 538 notes | reblog