Stupidity with a touch of science

tokokomo:

kaciart:

korra-chan:

jake-horsecock-english:

dirkstridersarms:

Best friend: Tenzin
First kiss: Korra
Lover: Bolin (YESSSSSS)
Enemy: Korra (NOOOOO)
Has a crush on you: Tenzin (Um.)
Cockblocked by: Mako

best friend: korra

first kiss: PABU!?!

lover: PABU?!?!?#??!#$!#?$#?

enemy: BOLIN WHY NO

has a crush on you: lin

cockblocked by: tenzin

best friend: pabu

first kiss: korra :)

lover: pabu

enemy: amon

has a crush on you: amon

cockblocked by: amon

Best friend: Tenzin
First kiss: Bolin
Lover: Bolin
Enemy: Tenzin
Has a crush on you: Pabu
Cockblocked by: Tenzin

Whoa Tenzin…what happened to us, man?? We used to be best friends!

best friend: mako

first kiss: mako

lover: mako

enemy: korra

has a crush on you: korra

cock blocked by: amon

WELP

Best Friend, First Kiss, and Lover: Korra

Enemy:Lin

Has a crush on me and cock blocks me: Tenzin

Source: nanru

[Flash 10 is required to watch video]

thenimbus:

dedlok:

crikeydave:

gambitgirl1974:

teddy-assman:

lilprince:

93044:

epthemc:

viberoc:

daaamn

thats so dope.

smoke2dat

I. Need. It. NEED! 

Fuck I wish I had this talent 

HOLY SHIT HOW DO YOU EVEN

PEOPLE BLOW MY MIND

Ho. Lee. Sheeeeeeet.

Fucking awesome Iron Man cosplay here.

Holy fucking shit.

I want to know how it works O.o

(via tokokomo)

Source: soyysauceeboii

oceansoftheworld:

(Photo found here)
That weird blue thing is a pyrosome. Pyrosomes, genus Pyrosoma, are free-floating colonial tunicates (marine filter-feeders, see this post) that live usually in the upper layers of the open ocean in warm seas, although some may be found at greater depths. Pyrosomes are cylindrical or conical shaped colonies made up of hundreds to thousands of individuals, known as zooids. Colonies range in size from less than one centimeter to several meters in length. The individuals that make up this giant, floating, colonial tunicate are only about 1 in (2 cm) long, but the giant pyrosome colony, which resembles a gigantic hollow tube, can be large enough for a person to fit inside. Each individual lies embedded in the wall of the tube, with one end drawing in nutrient-laden water from outside and the other end expelling water and waste inside. The expelled water is used to propel the giant pyrosome colony as a whole. A wave of bioluminescent light travels along the community if it is touched.
(Source)

oceansoftheworld:

(Photo found here)

That weird blue thing is a pyrosome. Pyrosomes, genus Pyrosoma, are free-floating colonial tunicates (marine filter-feeders, see this post) that live usually in the upper layers of the open ocean in warm seas, although some may be found at greater depths. Pyrosomes are cylindrical or conical shaped colonies made up of hundreds to thousands of individuals, known as zooids. Colonies range in size from less than one centimeter to several meters in length. The individuals that make up this giant, floating, colonial tunicate are only about 1 in (2 cm) long, but the giant pyrosome colony, which resembles a gigantic hollow tube, can be large enough for a person to fit inside. Each individual lies embedded in the wall of the tube, with one end drawing in nutrient-laden water from outside and the other end expelling water and waste inside. The expelled water is used to propel the giant pyrosome colony as a whole. A wave of bioluminescent light travels along the community if it is touched.

(Source)

Source: oceansoftheworld

14-billion-years-later:

Shape-Memory AlloyA shape-memory alloy is exactly what it sounds like: an alloy of two (or more) metals that somehow can “remember” the original shape it was folded into. One of the more famous examples of this is nickel-titanium, or nitinol, will spontaneously fold from a crumpled state back to the ordered, cold forged state when heated. A video of this process can be seen here. This works because of a small phase change in the metal itself, when shaped the atoms arrange themselves into organized crystal structures. Distorting the metal then causes these crystal structures to become disorganized and energetically unfavourable, application of heat then allows the original crystal structure to be formed again by overcoming the energy barrier. The special thing about SMA’s is that the crystal structures can be reversed while in most alloys the structures naturally decay due to diffusion of atoms within the metal.Shape-memory alloys have many applications, ranging from uses in medicine and robotics right through to the more novel, as seen in this lamp designed by Japanese design group Nendo. In this case the heat from the bulb causes the lamp to “bloom” as the strips of alloy move back to their preformed shape.

14-billion-years-later:

Shape-Memory Alloy

A shape-memory alloy is exactly what it sounds like: an alloy of two (or more) metals that somehow can “remember” the original shape it was folded into. One of the more famous examples of this is nickel-titanium, or nitinol, will spontaneously fold from a crumpled state back to the ordered, cold forged state when heated. A video of this process can be seen here. This works because of a small phase change in the metal itself, when shaped the atoms arrange themselves into organized crystal structures. Distorting the metal then causes these crystal structures to become disorganized and energetically unfavourable, application of heat then allows the original crystal structure to be formed again by overcoming the energy barrier. The special thing about SMA’s is that the crystal structures can be reversed while in most alloys the structures naturally decay due to diffusion of atoms within the metal.

Shape-memory alloys have many applications, ranging from uses in medicine and robotics right through to the more novel, as seen in this lamp designed by Japanese design group Nendo. In this case the heat from the bulb causes the lamp to “bloom” as the strips of alloy move back to their preformed shape.

Source: 14-billion-years-later

killercams:

always.

Indeed

killercams:

always.

Indeed

Source: reddit.com

humordistillery:

I can’t imagine a cooler way to use a powerful laser than to rig up a targeting system that lets you “lock on” to balloons. Awesome.

Nerdism at its finest. Be sure to watch till the end.

Source: youtube.com

Source: depressinglyartistic

expose-the-light:

Earth from Space by Astronaut André Kuipers

It’s amazing that we as a race have managed to literally make the planet light up when viewed from space.

Source: space.com

oldowan:

Blond hair evolved independently in Pacific islands
Science can’t yet tell us whether they have more fun – but it has uncovered a new genetic change that makes people blond. And contrary to long held belief, it seems golden hair hasn’t simply been introduced across the globe by travelling tow heads, but instead evolved separately in different human populations.
Indigenous people of the Solomon Islands in the South Pacific have some of the darkest skin pigmentation outside of Africa. But unlike most other tropical populations, they also have a high prevalence of blond hair. Up to 10 per cent of the population is fair haired, the highest proportion outside of Europe. Until now, this odd trait had generally been attributed to the introduction of blond genes by European explorers and traders in preceding centuries. “We originally thought, well that must be a Captain Cook allele,” says Carlos Bustamante at Stanford University.
Yet a closer look revealed that the genetics behind blond hair in Brussels are distinct from those leading to flaxen locks in the South Pacific.

oldowan:

Blond hair evolved independently in Pacific islands

Science can’t yet tell us whether they have more fun – but it has uncovered a new genetic change that makes people blond. And contrary to long held belief, it seems golden hair hasn’t simply been introduced across the globe by travelling tow heads, but instead evolved separately in different human populations.

Indigenous people of the Solomon Islands in the South Pacific have some of the darkest skin pigmentation outside of Africa. But unlike most other tropical populations, they also have a high prevalence of blond hair. Up to 10 per cent of the population is fair haired, the highest proportion outside of Europe. Until now, this odd trait had generally been attributed to the introduction of blond genes by European explorers and traders in preceding centuries. “We originally thought, well that must be a Captain Cook allele,” says Carlos Bustamante at Stanford University.

Yet a closer look revealed that the genetics behind blond hair in Brussels are distinct from those leading to flaxen locks in the South Pacific.

Source: oldowan

tokokomo:

byronb:

Squirtle~

“you’re late for school, bulbasaur-kun”

tokokomo:

byronb:

Squirtle~

“you’re late for school, bulbasaur-kun”
Source: byronb