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(Source: humortrain)

living on nothing at all

brightlightsloudnoises:

every now and then
I’ll look back
on the empty days I spent
with you
and feel a tug in the
back of my mind,
the back of my heart,
the back of my throat

and every once in a while
I get the urge to live
like that again
but
I’m too old for that kind of thing,
I’d start to feel bad about myself
and besides I don’t think
I could find anyone that would come close
to matching your infamous company—
your raging beauty
drunk on simplicity,
floating
a hair’s width
above your
lucky
sheets

*99

(Source: mercanlal, via lucborell)

frenchcuisse:

INGREDIENTS
Roast beef, onion, potato, carrots, garlic, thyme, beef stock, red wine, asparagus.

frenchcuisse:

INGREDIENTS

Roast beef, onion, potato, carrots, garlic, thyme, beef stock, red wine, asparagus.

scinerds:

“Just a Theory”: 7 Misused Science Words
Feel like you need to make serious distinctions within the language of science? Maybe brush up on a few key concepts of the subject? Perhaps you feel an article is using word tactics to get people to believe in something false. Scientific American (originally on LiveScience) has a great article highlighting 7 misused science words that are sure to put things into perspective for the public:

1. Hypothesis
The general public so widely misuses the words hypothesis, theory and law that scientists should stop using these terms, writes physicist Rhett Allain of Southeastern Louisiana University, in a blog post on Wired Science.
“I don’t think at this point it’s worth saving those words,” Allain told LiveScience.
A hypothesis is a proposed explanation for something that can actually be tested. But “if you just ask anyone what a hypothesis is, they just immediately say ‘educated guess,’” aid.
2. Just a theory?
Climate-change deniers and creationists have deployed the word “theory” to cast doubt on climate change and evolution.
“It’s as though it weren’t true because it’s just a theory,” Allain said.
That’s despite the fact that an overwhelming amount of evidence supports both human-caused climate change and Darwin’s theory of evolution.
Part of the problem is that the word “theory” means something very different in lay language than it does in science: A scientific theory is an explanation of some aspect of the natural world that has been substantiated through repeated experiments or testing. But to the average Jane or Joe, a theory is just an idea that lives in someone’s head, rather than an explanation rooted in experiment and testing.
3. Model
However, theory isn’t the only science phrase that causes trouble. Even Allain’s preferred term to replace hypothesis, theory and law — “model” — has its troubles. The word not only refers to toy cars and runway walkers, but also means different things in different scientific fields. A climate model is very different from a mathematical model, for instance.
“Scientists in different fields use these terms differently from each other,” John Hawks, an anthropologist at the University of Wisconsin-Madison, wrote in an email to LiveScience. “I don’t think that ‘model’ improves matters. It has an appearance of solidity in physics right now mainly because of the Standard Model. By contrast, in genetics and evolution, ‘models’ are used very differently.” (The Standard Model is the dominant theory governing particle physics.)
4. Skeptic
When people don’t accept human-caused climate change, the media often describes those individuals as “climate skeptics.” But that may give them too much credit, Michael Mann, a climate scientist at Pennsylvania State University, wrote in an email.
“Simply denying mainstream science based on flimsy, invalid and too-often agenda-driven critiques of science is not skepticism at all. It is contrarianism … or denial,” Mann told LiveScience.
Instead, true skeptics are open to scientific evidence and are willing to evenly assess it.
“All scientists should be skeptics. True skepticism is, as [Carl] Sagan described it, the ‘self-correcting machinery’ of science,” Mann said.
5. Nature vs. nurture
The phrase “nature versus nurture” also gives scientists a headache, because it radically simplifies a very complicated process, said Dan Kruger, an evolutionary biologist at the University of Michigan.
“This is something that modern evolutionists cringe at,” Kruger told LiveScience.
Genes may influence human beings, but so, too, do epigenetic changes. These modifications alter which genes get turned on, and are both heritable and easily influenced by the environment. The environment that shapes human behavior can be anything from the chemicals a fetus is exposed to in the womb to the block a person grew up on to the type of food they ate as a child, Kruger said. All these factors interact in a messy, unpredictable way.
6. Significant
Another word that sets scientists’ teeth on edge is “significant.”
“That’s a huge weasel word. Does it mean statistically significant, or does it mean important?” said Michael O’Brien, the dean of the College of Arts and Science at the University of Missouri.
In statistics, something is significant if a difference is unlikely to be due to random chance. But that may not translate into a meaningful difference, in, say, headache symptoms or IQ.
7. Natural
“Natural” is another bugaboo for scientists. The term has become synonymous with being virtuous, healthy or good. But not everything artificial is unhealthy, and not everything that’s natural is good for you.
“Uranium is natural, and if you inject enough of it, you’re going to die,” Kruger said.
Natural’s sibling “organic” also has a problematic meaning, he said. While organic simply means “carbon-based” to scientists, the term is now used to describe pesticide-free peaches and high-end cotton sheets, as well.

Check out the full article written by Tia Ghose and LiveScience

scinerds:

“Just a Theory”: 7 Misused Science Words

Feel like you need to make serious distinctions within the language of science? Maybe brush up on a few key concepts of the subject? Perhaps you feel an article is using word tactics to get people to believe in something false. Scientific American (originally on LiveScience) has a great article highlighting 7 misused science words that are sure to put things into perspective for the public:

1. Hypothesis

The general public so widely misuses the words hypothesis, theory and law that scientists should stop using these terms, writes physicist Rhett Allain of Southeastern Louisiana University, in a blog post on Wired Science.

“I don’t think at this point it’s worth saving those words,” Allain told LiveScience.

A hypothesis is a proposed explanation for something that can actually be tested. But “if you just ask anyone what a hypothesis is, they just immediately say ‘educated guess,’” aid.

2. Just a theory?

Climate-change deniers and creationists have deployed the word “theory” to cast doubt on climate change and evolution.

“It’s as though it weren’t true because it’s just a theory,” Allain said.

That’s despite the fact that an overwhelming amount of evidence supports both human-caused climate change and Darwin’s theory of evolution.

Part of the problem is that the word “theory” means something very different in lay language than it does in science: A scientific theory is an explanation of some aspect of the natural world that has been substantiated through repeated experiments or testing. But to the average Jane or Joe, a theory is just an idea that lives in someone’s head, rather than an explanation rooted in experiment and testing.

3. Model

However, theory isn’t the only science phrase that causes trouble. Even Allain’s preferred term to replace hypothesis, theory and law — “model” — has its troubles. The word not only refers to toy cars and runway walkers, but also means different things in different scientific fields. A climate model is very different from a mathematical model, for instance.

“Scientists in different fields use these terms differently from each other,” John Hawks, an anthropologist at the University of Wisconsin-Madison, wrote in an email to LiveScience. “I don’t think that ‘model’ improves matters. It has an appearance of solidity in physics right now mainly because of the Standard Model. By contrast, in genetics and evolution, ‘models’ are used very differently.” (The Standard Model is the dominant theory governing particle physics.)

4. Skeptic

When people don’t accept human-caused climate change, the media often describes those individuals as “climate skeptics.” But that may give them too much credit, Michael Mann, a climate scientist at Pennsylvania State University, wrote in an email.

“Simply denying mainstream science based on flimsy, invalid and too-often agenda-driven critiques of science is not skepticism at all. It is contrarianism … or denial,” Mann told LiveScience.

Instead, true skeptics are open to scientific evidence and are willing to evenly assess it.

“All scientists should be skeptics. True skepticism is, as [Carl] Sagan described it, the ‘self-correcting machinery’ of science,” Mann said.

5. Nature vs. nurture

The phrase “nature versus nurture” also gives scientists a headache, because it radically simplifies a very complicated process, said Dan Kruger, an evolutionary biologist at the University of Michigan.

“This is something that modern evolutionists cringe at,” Kruger told LiveScience.

Genes may influence human beings, but so, too, do epigenetic changes. These modifications alter which genes get turned on, and are both heritable and easily influenced by the environment. The environment that shapes human behavior can be anything from the chemicals a fetus is exposed to in the womb to the block a person grew up on to the type of food they ate as a child, Kruger said. All these factors interact in a messy, unpredictable way.

6. Significant

Another word that sets scientists’ teeth on edge is “significant.”

“That’s a huge weasel word. Does it mean statistically significant, or does it mean important?” said Michael O’Brien, the dean of the College of Arts and Science at the University of Missouri.

In statistics, something is significant if a difference is unlikely to be due to random chance. But that may not translate into a meaningful difference, in, say, headache symptoms or IQ.

7. Natural

“Natural” is another bugaboo for scientists. The term has become synonymous with being virtuous, healthy or good. But not everything artificial is unhealthy, and not everything that’s natural is good for you.

“Uranium is natural, and if you inject enough of it, you’re going to die,” Kruger said.

Natural’s sibling “organic” also has a problematic meaning, he said. While organic simply means “carbon-based” to scientists, the term is now used to describe pesticide-free peaches and high-end cotton sheets, as well.

Check out the full article written by Tia Ghose and LiveScience

(via crookedindifference)

*76

Home No. 5: Sat next to a cute guy at the cafe today and we were both reading our...

jamiatt:

Sat next to a cute guy at the cafe today and we were both reading our home delivery NYT with the blue plastic wrapper, and then I realized he looked like a guy I used to sleep with a long time ago, like years and years ago, when I lived on 4th Ave off Union Square in the tiny studio with the…

*27
jamiatt:

chrisuphues:

Officially finished. #nofilter #popart #art #chrisuphues #kawaii #chrisuphues #explosion #cute #painting (at 143 Headquarters)

Love this.

jamiatt:

chrisuphues:

Officially finished. #nofilter #popart #art #chrisuphues #kawaii #chrisuphues #explosion #cute #painting (at 143 Headquarters)

Love this.

botany:

Spergularia bocconei - Sand Spurry 

botany:

Spergularia bocconei - Sand Spurry 

scienceisbeauty:

A VLA ‘family picture’ showing relativistic jet sources of both galactic and extragalactic origin together in the same field thanks to a happy line-of-sight coincidence. The central object is the famous microquasar Cygnus X-3, originally discovered in X-rays back in 1967, and located at a distance of 10 kiloparsec from Earth.
Source: VLA Family - Cyg X-3, National Radio Astronomy Observatory.

scienceisbeauty:

A VLA ‘family picture’ showing relativistic jet sources of both galactic and extragalactic origin together in the same field thanks to a happy line-of-sight coincidence. The central object is the famous microquasar Cygnus X-3, originally discovered in X-rays back in 1967, and located at a distance of 10 kiloparsec from Earth.

Source: VLA Family - Cyg X-3National Radio Astronomy Observatory.