install theme

turnonred:

Do you know who’s talented? Fucking photographers, that’s who. Look at these damn photos they made me so boss holy shit!

1st photo: Ger
Other photos: Thompson (his Flickr)
Sword (in 1st photo): Propped Up Creations
Sword (in other photos): Some amazing Corvo cosplayer I talked to at PAX East, had an amazing black Lady Boyle with him! I’m an asshole and can’t recall his name

Ignore my butt purse that I didn’t bother to shop out.

Also, I pretty much talked with every Dishonored cosplayer at PAX East, you guys are fucking AWESOME.

More photos to come!

scinerds:

Living Wall

These vegetated surfaces don’t just look pretty. They have other benefits as well, including cooling city blocks, reducing loud noises, and improving a building’s energy efficiency.What’s more, a recent modeling study shows that green walls can potentially reduce large amounts of air pollution in what’s called a “street canyon,” or the corridor between tall buildings.

For the study, Thomas Pugh, a biogeochemist at the Karlsruhe Institute of Technology in Germany, and his colleagues created a computer model of a green wall with generic vegetation in a Western European city. Then they recorded chemical reactions based on a variety of factors, such as wind speed and building placement.

The simulation revealed a clear pattern: A green wall in a street canyon trapped or absorbed large amounts of nitrogen dioxide and particulate matter—both pollutants harmful to people, said Pugh. Compared with reducing emissions from cars, little attention has been focused on how to trap or take up more of the pollutants, added Pugh, whose study was published last year in the journal Environmental Science & Technology.

That’s why the green-wall study is “putting forward an alternative solution that might allow [governments] to improve air quality in these problem hot spots,” he said.Compared with reducing emissions from cars, little attention has been focused on how to trap or take up more of the pollutants, added Pugh, whose study was published last year in the journal Environmental Science & Technology.

That’s why the green-wall study is “putting forward an alternative solution that might allow [governments] to improve air quality in these problem hot spots,” he said.

Full Gallery

rayrayslife:

thenimbus:

stringmouse:

I feel like I’m getting mixed signals from you, physics.

Absolutely Incredible

The little machine is vibrating the molecules of the water at a certain frequency and the stream lets us see the wave of that frequency.

I fucking love physics

Fun times with Acoustic Levitation.

wilwheaton:

While I was watching a rough cut of the Lords of Waterdeep episode of Tabletop, I twittered: “‘Arcane Mishap Blamed for Owlbear Situation’ - Headline in the Waterdeep Gazette”.
My editor responded by sending me this screencap from the episode.

failefayce:

mustachioedghosts:

tessaviolet:

eomira:

tessaviolet:

sosuperawesome:

Extreme close-ups of human eyes by Suren Manvelyan

This just in: Eyes are terrifying.

You can actually see the hole that is our pupils…If eyes are the windows to the soul then people have terrifying black holes for souls

I’m ripping mine out.

this is so cool im gonna scream

waaaah brown eyes look like sandpits that super, super cool!

mothernaturenetwork:


Normal brain activities cause DNA damage, too
The breaks in DNA strands ‘may be part of normal learning’ that we all experience.
  • Mom: If you were going to kill someone, what weapon would you choose?
  • Me: A dull knife.
  • Dad: Why a dull knife?
  • Me: You want to really mess someone up and make it painful? Use a dull knife. Sure, it's going to take a bit more effort, but it isn't going to cut. It's going to rip. It'll be painful, and if they survive the healing process will be a lot more difficult and painful. A dull knife expresses more anger than a sharp knife. A sharp knife is kind of the nice guy murdering tool, but if I'm going to kill someone I'm going to assume that I have finally snapped so I'd go for something painful and vicious.
  • Mom: We've raised a potential serial killer.
  • Dad: I don't know about you, but I'm proud of the amount of thought that went into that.
neurosciencestuff:


Meet London’s Babylab, where scientists experiment on babies’ brains
In the laboratories of the Henry Wellcome Building at Birkbeck, University of London, children’s squeaky toys lie scattered on the floor. Brightly coloured posters of animals are pasted on the walls and picture books are stacked on the low tables. This is the Babylab — a research centre that  experiments on children aged one month to three years, to understand how they learn, develop and think. “The way babies’ brains change is an amazing and mysterious process,” says the lab director, psychologist Mark Johnson. “The brain increases in size by three- to four-fold between birth and teenage years, but we don’t understand how that relates to its function.”
The Birkbeck neuroscientists are interested in finding out how babies recognise faces, how they learn to pay attention to some things and not others, how they perceive emotion and how their language develops. Studies published by the lab have shown that babies prefer to look at faces over objects. They have also found that differences in the dopamine-producing gene can affect babies’ attention span and that at six to eight months of age, there are detectable differences in the brain patterns of babies who were later  diagnosed with autism. 
The biggest obstacle is designing the right kinds of experiment. “There aren’t many methods for getting inside the mind of an infant or a toddler,” Johnson explains. Graduate students at the Babylab have teamed up with technology companies, using a €1.9 million (£1.7 million) grant from the European Union, to develop tools such as EEG head nets that record electrical brain activity, helmets that use light to measure blood flow in different parts of the brain, and eye-trackers that help study attention. Eventually, they want to create wireless systems so babies can react and play naturally during experiments. But despite the wires, “all our studies are geared towards making sure our babies are contented,” says Johnson. “If we want data, we need happy babies.”
wildcat2030:


Unexpectedly Amazing Carbon-Based Energy Form
A lab “accident” may solve your annoying battery problems
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Batteries are terrible. Compared to many other methods of storing energy, especially fossil fuels, batteries aren’t very energy dense—that is, a 1-pound battery stores far less energy than is contained in a pound of gasoline. That wouldn’t be so bad if the energy in a battery were easy to replenish—your Tesla might still go only a couple hundred miles on a single charge, but if you could fully recharge it in five minutes rather than several hours, the low capacity wouldn’t bother you as much.
Scientists have spent decades trying to create the perfect battery—a battery with great energy density or, at least, one that doesn’t take so long to charge. If we could somehow make this perfect battery, pretty much every gadget you use, from your phone to your laptop to your future electric car, would be amazing, or just less annoying than they are today. The perfect battery might also help with some other important stuff: climate change, oil wars, pollution, etc.
One approach for improving the battery is to forget about the battery and instead improve capacitors. A capacitor, like a battery, is a device that stores electrical energy. But capacitors charge and discharge their energy an order of magnitude faster than batteries. So if your phone contained a capacitor rather than a battery, you’d charge it up in a few seconds rather than an hour. But capacitors have a big downside—they’re even less energy dense than batteries. You can’t run a phone off a capacitor unless you wanted a phone bigger than a breadbox. But what if you could make a dense capacitor, one that stored a lot of energy but also charged and discharged very quickly? Over the past few years, researchers at several companies and institutions around the world have been racing to do just that.
They’re in hot pursuit of the perfect “supercapacitor,” a kind of capacitor that stores energy using carbon electrodes that are immersed in an electrolyte solution. Until recently, though, supercapacitors have been expensive to produce, and their energy densities have fallen far short of what’s theoretically possible. One of the most promising ways of creating supercaps uses graphene—a much-celebrated substance composed of a one-atom layer of carbon—but producing graphene cheaply at scale has proved elusive.
Then something unexpectedly amazing happened. Maher El-Kady, a graduate student in chemist Richard Kaner’s lab at UCLA, wondered what would happen if he placed a sheet of graphite oxide—an abundant carbon compound—under a laser. And not just any laser, but a really inexpensive one, something that millions of people around the world already have—a DVD burner containing a technology called LightScribe, which is used for etching labels and designs on your mixtapes. As El-Kady, Kamer, and their colleagues described in a paper published last year in Science, the simple trick produced very high-quality sheets of graphene, very quickly, and at low cost. (via Graphene supercapacitors: Small, cheap, energy-dense replacements for batteries. - Slate Magazine)
neuromorphogenesis:

Could that cold sore increase your risk of memory problems?
The virus that causes cold sores, along with other viral or bacterial infections, may be associated with cognitive problems, according to a new study published in the March 26, 2013, print issue of Neurology®, the medical journal of the American Academy of Neurology.
The study found that people who have had higher levels of infection in their blood (measured by antibody levels), meaning they had been exposed over the years to various pathogens such as the herpes simplex type 1 virus that causes cold sores, were more likely to have cognitive problems than people with lower levels of infection in the blood.
“We found the link was greater among women, those with lower levels of education and Medicaid or no health insurance, and most prominently, in people who do not exercise,” said author Mira Katan, MD, with the Northern Manhattan Study at Columbia University Medical Center in New York and a member of the American Academy of Neurology. The study was performed in collaboration with the Miller School of Medicine at the University of Miami in Miami, FL.
For the study, researchers tested thinking and memory in 1,625 people with an average age of 69 from northern Manhattan in New York. Participants gave blood samples that were tested for five common low grade infections: three viruses (herpes simplex type 1 (oral) and type 2 (genital), and cytomegalovirus), chlamydia pneumoniae (a common respiratory infection) and Helicobacter pylori (a bacteria found in the stomach).
The results showed that the people who had higher levels of infection had a 25 percent increase in the risk of a low score on a common test of cognition called the Mini-Mental State Examination.
The memory and thinking skills were tested every year for an average of eight years. But infection was not associated with changes in memory and thinking abilities over time.
“While this association needs to be further studied, the results could lead to ways to identify people at risk of cognitive impairment and eventually lower that risk,” said Katan. “For example, exercise and childhood vaccinations against viruses could decrease the risk for memory problems later in life.”

nikkers-dot-net:

joeythemostawesome:

Hahaha! Oh man, this is great.

VERO!!! ITS OUR DND GAMES!!!! EVERY TIME!!!

lizardlicks:

adelein:

chutohanpa:

Art&Animation by Todd Lockwood
http://www.tolo.biz

I love gold dragons even more now

oh damn watching the gold actually in flight is amazing!

the-absolute-funniest-posts:


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