EfferWESENt

[thebalibu]

Who needs the High-Five, if we have “Feed the birds”

I want, no I need more gestures like that on Castle.

[transfulgere-deactivated2014011]

[benbarnesation]

[symphonyofsoldier-deactivated20]

[kinook]

[dgiuntolifans-deactivated201407]

[mr-barnes-blog]

[efferwesent-blog]

♥ Ben Barnes ♥

[laskv-blog-blog]

[zoeyeen]

So I just learned about Dryocampa rubicunda, or the Rosy Maple Moth. Saw one of these as a kid, always wondered what it was!

LOOKATHOWFLUFFYSQUEEEE

[kny111]

oh my (◡‿◡✿)

[discoverynews]

What an awesome little guy!

[melodiousgeekery]

This is so accurate it hurts. xD

[allthingshyper]

This is why Sam’s college years are useful, dean

[spaceplasma]

Italians put ‘disco ball’ into orbit

Italian physicists have put a test particle into space to attempt to measure an effect predicted by general relativity.

The object, which is about the size of a football, made of tungsten and covered with 92 reflectors, is supposedly the “most perfect” test particle ever put into space. It’s entirely passive, weighs 400kg, and will be tracked by lasers from Earth.

It was launched on 13 February, 2012, and is known as Lares, or the “Laser Relativity Satellite”. Its objective is to provide data that will allow physicists to measure a phenomenon known as rotational frame-dragging.

This is a tiny, subtle effect predicted by general relativity where massive spinning bodies, like planets, drag space-time with them as they turn, changing the angle at which small particles close by rotate.

Nasa’s Gravity Probe B, launched in 2004, contained four small, spherical gyroscopes to try and measure this effect, but problems with the spacecraft reduced their accuracy to only about 20 percent. The Italians believe their approach is a much cheaper way of achieving the same goal.

It’s hoped that by tracing the angle of Lares’ rotation, along with a pair of other less-perfect balls already in orbit - Lageos 1 & 2 - the frame-dragging effect will finally be able to be observed.

[spaceplasma]

The planetary nebula Fleming 1 seen with ESO’s Very Large Telescope

This ESO Very Large Telescope image shows the planetary nebula Fleming 1 in the constellation of Centaurus (The Centaur). This striking object is a glowing cloud of gas around a dying star. New observations have shown that it is likely that a very rare pair of white dwarf stars lies at the heart of this object. Their orbital motions can fully explain the remarkably symmetric structures of the jets in the surrounding gas clouds in this and similar objects.

Credit: ESO/H. Boffin

[soleymourningband]

- Way Down Low - Zaire - But If Defeat Was Ever Glorious - Groundhog Saturday - Blue Bourbon - Gas Pedal Screamin’ - She’s Gonna Make It Shine - Goin’ Down To Rio - Easylife - Wake Up Callin’ - Simone

Visit www.soleymourning.com for more info!

[grngrs]

[efferwesent-blog]

British bees are in trouble - you can help them

Help us save the bees!

Disease, chemicals and disappearing green spaces have all contributed to their dramatic decline in recent years.

What's it got to do with us? Bees are vital to so much of British life. They pollinate our food, keep our farms in business and help our gardens, parks and countryside thrive. We may not always see bees working away but we rely on them and other insects to pollinate most of our fruit and vegetables.

Without bees, food prices would rise because pollinating crops in other ways would cost farmers over £1.8 billion a year.

Please ask David Cameron to help save bees.

This one small action of signing this petition could help save our little fuzzy friends! Thankyou x

[dreamofangelsanddemons-deactiva]

Sebastian Roché, Misha Collins, Richard Speight Jr. 

[efferwesent-blog]

Oh my holy angels, that is so cool!!

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