did-you-kno:

Source

Lo mas grande Zappa!

did-you-kno:

Source

Lo mas grande Zappa!

fuckyeahlotrcast:

Coffee break at Helm’s Deep

fuckyeahlotrcast:

Coffee break at Helm’s Deep

(via spockandsex)

theamericankid:

At least the dog’s thoughtful about it. A cat would knock the glass over on purpose and sit on the book.

theamericankid:

At least the dog’s thoughtful about it. A cat would knock the glass over on purpose and sit on the book.

(via etiamsi)

ikenbot:


Black Hole Powered Jets Plow Into Galaxy

This composite image of a galaxy illustrates how the intense gravity of a supermassive black hole can be tapped to generate immense power. The image contains X-ray data from NASA’s Chandra X-ray Observatory (blue), optical light obtained with the Hubble Space Telescope (gold) and radio waves from the NSF’s Very Large Array (pink).
This multi-wavelength view shows 4C+29.30, a galaxy located some 850 million light years from Earth. The radio emission comes from two jets of particles that are speeding at millions of miles per hour away from a supermassive black hole at the center of the galaxy. The estimated mass of the black hole is about 100 million times the mass of our Sun. The ends of the jets show larger areas of radio emission located outside the galaxy.
The X-ray data show a different aspect of this galaxy, tracing the location of hot gas. The bright X-rays in the center of the image mark a pool of million-degree gas around the black hole. Some of this material may eventually be consumed by the black hole, and the magnetized, whirlpool of gas near the black hole could in turn, trigger more output to the radio jet.
Most of the low-energy X-rays from the vicinity of the black hole are absorbed by dust and gas, probably in the shape of a giant doughnut around the black hole. This doughnut, or torus blocks all the optical light produced near the black hole, so astronomers refer to this type of source as a hidden or buried black hole. The optical light seen in the image is from the stars in the galaxy.

ikenbot:

Black Hole Powered Jets Plow Into Galaxy

This composite image of a galaxy illustrates how the intense gravity of a supermassive black hole can be tapped to generate immense power. The image contains X-ray data from NASA’s Chandra X-ray Observatory (blue), optical light obtained with the Hubble Space Telescope (gold) and radio waves from the NSF’s Very Large Array (pink).

This multi-wavelength view shows 4C+29.30, a galaxy located some 850 million light years from Earth. The radio emission comes from two jets of particles that are speeding at millions of miles per hour away from a supermassive black hole at the center of the galaxy. The estimated mass of the black hole is about 100 million times the mass of our Sun. The ends of the jets show larger areas of radio emission located outside the galaxy.

The X-ray data show a different aspect of this galaxy, tracing the location of hot gas. The bright X-rays in the center of the image mark a pool of million-degree gas around the black hole. Some of this material may eventually be consumed by the black hole, and the magnetized, whirlpool of gas near the black hole could in turn, trigger more output to the radio jet.

Most of the low-energy X-rays from the vicinity of the black hole are absorbed by dust and gas, probably in the shape of a giant doughnut around the black hole. This doughnut, or torus blocks all the optical light produced near the black hole, so astronomers refer to this type of source as a hidden or buried black hole. The optical light seen in the image is from the stars in the galaxy.

Double exam, double failure. Now I’m extremely tired, hungry and wet. 

(via aspdest)

really-shit:

Book  | http://yoy-idea.jp/works/book/

Book uses the disguise of a novel named “The Life of Plants” to hide the soil and roots of whichever plant you’d like to display.

If you’ve enjoyed reading, be sure to check out my archive.

wonderful!

(via designedinteriors)

ikenbot:

Galaxy Collisions: Simulation vs Observations

The folks over at NASA apod just put up an awesome galaxy collisions, simulations and observations video for the public. I made a little gif set to go along with the video which can be found here.

What happens when two galaxies collide? Although it may take over a billion years, such titanic clashes are quite common.

Images Credit: NASA, ESA; Visualization: Frank Summers (STScI);

Simulation: Chris Mihos (CWRU) & Lars Hernquist (Harvard).

Since galaxies are mostly empty space, no internal stars are likely to themselves collide. Rather the gravitation of each galaxy will distort or destroy the other galaxy, and the galaxies may eventually merge to form a single larger galaxy.

Expansive das and dust clouds collide and trigger waves of star formation that complete even during the interaction process. Pictured above is a computer simulation of two large spiral galaxies colliding, interspersed with real still images taken by the Hubble Space Telescope.

Our own Milky Way Galaxy has absorbed several smaller galaxies during its existence and is even projected to merge with the larger neighboring Andromeda galaxy in a few billion years.

(via fuckingrandomsthings)

maxistentialist:

Kurt Braunohler raised $6,000 on Kickstarter to “hire a man in a plane to write stupid things in the sky.” I backed this project.

maxistentialist:

Kurt Braunohler raised $6,000 on Kickstarter to “hire a man in a plane to write stupid things in the sky.” I backed this project.

(via howinternet)

handsomedogs:

this is my beautiful dog. her name is spicy. she is the sweetest baby ever and i love her more than anything. i know this isnt a professional picture but it would mean so much if you posted it. i love this blog and seeing spicy on it would make me so happy!

handsomedogs:

this is my beautiful dog. her name is spicy. she is the sweetest baby ever and i love her more than anything. i know this isnt a professional picture but it would mean so much if you posted it. i love this blog and seeing spicy on it would make me so happy!

timelordemort:

my favourite disney princess is legolas

image

(via spockandsex)

bachmaninovsky:

releaseyourhighopes:

Do you ever really want to quote instrumental music but you can’t because instrumental

“G C, Bb G F G…E F E Ab G F E, G F E D G…”

- Sergei Rachmaninoff

(via waltzconfuoco)