May 14, 2012

(Source: howtotalktogirlsatparties)

May 10, 2012
SHIT.

SHIT.

(Source: whereisthecoool, via welldressedman)

May 10, 2012
free-man:

Trés Bien Office

free-man:

Trés Bien Office

May 5, 2012

My Morning Jacket - I Won’t Cry

May 3, 2012
swag king cole

swag king cole

(via welldressedman)

May 3, 2012

Schrödinger’s cat is a famous illustration of the principle in quantum theory of superposition, proposed by Erwin Schrödinger in 1935. Schrödinger’s cat serves to demonstrate the apparent conflict between what quantum theory tells us is true about the nature and behavior of matter on the microscopic level and what we observe to be true about the nature and behavior of matter on the macroscopic level — everything visible to the unaided human eye.
Here’s Schrödinger’s (theoretical) experiment: We place a living cat into a steel chamber, along with a device containing a vial of hydrocyanic acid. There is, in the chamber, a very small amount of hydrocyanic acid, a radioactive substance. If even a single atom of the substance decays during the test period, a relay mechanism will trip a hammer, which will, in turn, break the vial and kill the cat. 
The observer cannot know whether or not an atom of the substance has decayed, and consequently, cannot know whether the vial has been broken, the hydrocyanic acid released, and the cat killed. Since we cannot know, according to quantum law, the cat is both dead and alive, in what is called a superposition of states. It is only when we break open the box and learn the condition of the cat that the superposition is lost, and the cat becomes one or the other (dead or alive). This situation is sometimes called quantum indeterminacy or the observer’s paradox: the observation or measurement itself affects an outcome, so that the outcome as such does not exist unless the measurement is made. (That is, there is no single outcome unless it is observed.)
We know that superposition actually occurs at the subatomic level, because there are observable effects of interference, in which a single particle is demonstrated to be in multiple locations simultaneously. What that fact implies about the nature of reality on the observable level (cats, for example, as opposed to electrons) is one of the stickiest areas of quantum physics. Schrödinger himself is rumored to have said, later in life, that he wished he had never met that cat.

Schrödinger’s cat is a famous illustration of the principle in quantum theory of superposition, proposed by Erwin Schrödinger in 1935. Schrödinger’s cat serves to demonstrate the apparent conflict between what quantum theory tells us is true about the nature and behavior of matter on the microscopic level and what we observe to be true about the nature and behavior of matter on the macroscopic level — everything visible to the unaided human eye.

Here’s Schrödinger’s (theoretical) experiment: We place a living cat into a steel chamber, along with a device containing a vial of hydrocyanic acid. There is, in the chamber, a very small amount of hydrocyanic acid, a radioactive substance. If even a single atom of the substance decays during the test period, a relay mechanism will trip a hammer, which will, in turn, break the vial and kill the cat. 

The observer cannot know whether or not an atom of the substance has decayed, and consequently, cannot know whether the vial has been broken, the hydrocyanic acid released, and the cat killed. Since we cannot know, according to quantum law, the cat is both dead and alive, in what is called a superposition of states. It is only when we break open the box and learn the condition of the cat that the superposition is lost, and the cat becomes one or the other (dead or alive). This situation is sometimes called quantum indeterminacy or the observer’s paradox: the observation or measurement itself affects an outcome, so that the outcome as such does not exist unless the measurement is made. (That is, there is no single outcome unless it is observed.)

We know that superposition actually occurs at the subatomic level, because there are observable effects of interference, in which a single particle is demonstrated to be in multiple locations simultaneously. What that fact implies about the nature of reality on the observable level (cats, for example, as opposed to electrons) is one of the stickiest areas of quantum physics. Schrödinger himself is rumored to have said, later in life, that he wished he had never met that cat.

(Source: gaws)

May 1, 2012

pushthemovement:

Kate Upton Demonstrates “the Cat Daddy” To The World!

She is my girlfriend forever I don’t care what anyone says.

April 30, 2012

(Source: southernlace, via welldressedman)

April 26, 2012

(via billcosbysextape)

April 25, 2012
howtotalktogirlsatparties:

Frayed jeans.

howtotalktogirlsatparties:

Frayed jeans.

(Source: thepursuitaesthetic)

April 25, 2012
"I don’t wanna brag, but I have a lot of experience with women being mad at me."

— Tom Haverford, Parks and Rec. (via memoriesaremydrug)

(Source: themattstevensblog, via gqmcgee)

April 21, 2012
"Treat her like a velociraptor. She is smart. She is fast. Make one wrong move and she will slice you open with her 6” claws. She can smell fear. She is the Alpha and the Omega. You hear her walking around, you stop moving and you stop breathing until she passes. Your best defense is to run and get as many shiny items between her, and you.

Remember, they know how to open doors. Good luck."

Reddit user GhostGhillie141 on how to deal with girlfriends on their period.

April 20, 2012

(Source: pushthemovement)

April 20, 2012

Williams & Gosling.

Williams & Gosling.

(Source: joshlpadilla, via pushthemovement)

April 16, 2012
[Flash 9 is required to listen to audio.]

everythingyoulovetohate:

A$AP Rocky - Goldie

(via gqmcgee)

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