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Unusual Chicken Ever' Wearing Clothes | 7 pics

Unusual Chicken Ever Wearing Clothes :








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Unusual Chicken Ever' Wearing Clothes | 7 pics

Unusual Chicken Ever Wearing Clothes :








Hot Topics

1. miami heat
2. nexus two
3. priyanka alva
4. alzheimer s disease
5. tony bennett
6. drone
7. tsunami
8. the rocky horror picture show
9. charlie sheen
10. jon stewart


Hot Searches :

1. amcdead
2. amc walking dead
3. maurice lucas
4. illinois lottery
5. madison bumgarner

6. ghost hunters live
7. meaghan rath
8. brett favre chin
9. syfy
10. no shave november

11. amc tv
12. mike tomlin
13. world series game 4
14. fall back time change 2010
15. dexter season 5 episode 6

16. the world is not enough
17. the limited
18. syfy.com/ghosthunters
19. troy polamalu
20. favre injury







Zero Emission Car | Volvo Air Motion Canyon Carver

Yet another entrant to the LA Auto Show design challenge is the Volvo Air Motion Canyon Carver that is powered by air turbines harnessing power of wind and converting it to electric energy, and all this is done floating 1,000 feet high in the air.

The vehicle weights less than a formula-1 racing car (made out of carbon fiber material) and to achieve this thousands of fewer components are used the credit for which goes to a powerful compressed air motor that eliminates the need for a heavy internal combustion engine.

This motor cools down under intense driving load thereby shedding-off another important component that is a cooling system. Here Are The Volvo Air Motion zero-emission car design :


To compress the air needed for the air tank, Air Replenishment sites are used that too are powered by air turbines. Talking about the looks Volvo Air Motion has a beautifully carved Scandinavian body from ultra light carbon fiber which looks more like a clam shell.




source

Zero Emission Car | Volvo Air Motion Canyon Carver

Yet another entrant to the LA Auto Show design challenge is the Volvo Air Motion Canyon Carver that is powered by air turbines harnessing power of wind and converting it to electric energy, and all this is done floating 1,000 feet high in the air.

The vehicle weights less than a formula-1 racing car (made out of carbon fiber material) and to achieve this thousands of fewer components are used the credit for which goes to a powerful compressed air motor that eliminates the need for a heavy internal combustion engine.

This motor cools down under intense driving load thereby shedding-off another important component that is a cooling system. Here Are The Volvo Air Motion zero-emission car design :


To compress the air needed for the air tank, Air Replenishment sites are used that too are powered by air turbines. Talking about the looks Volvo Air Motion has a beautifully carved Scandinavian body from ultra light carbon fiber which looks more like a clam shell.




source

Vehicle For Adventures' Black Widow 4WD by Juan Pantano


Black Widow 4WD is specifically designed for mountain lovers and adventurers. This vehicle was inspired by nature and the need getting the feel of nature.

The designer says that this concept is a fusion between organic forms of nature and robust design. The Black Widow spider idea came from the need to unify the seat with the bumper to highlight the idea of protection and containment.

Ride this vehicle, feel the wind and the power of nature around you.
Here Are Vehicle For Adventures' Black Widow 4WD designer by Juan Pantano :







Source

Vehicle For Adventures' Black Widow 4WD by Juan Pantano


Black Widow 4WD is specifically designed for mountain lovers and adventurers. This vehicle was inspired by nature and the need getting the feel of nature.

The designer says that this concept is a fusion between organic forms of nature and robust design. The Black Widow spider idea came from the need to unify the seat with the bumper to highlight the idea of protection and containment.

Ride this vehicle, feel the wind and the power of nature around you.
Here Are Vehicle For Adventures' Black Widow 4WD designer by Juan Pantano :







Source

Male Spiders' Prefer Virginity to Size

Washington: A new study has revealed that male spiders that get to have sex only once or twice in their lives are far more interested in a female spider’s virginity than in her size. Most male wasp spiders have only a single shot at love because their female partners eat them right after copulation.

Even those (doubly) lucky guys that escape this sexual cannibalism, however, can mate only one more time before their skirt-chasing days are over. The study’s findings have illustrated an unusual battle of the sexes in the animal kingdom.

“Usually the general wisdom is that the male sex has a large number of sperm cells, so the male is rather unlimited [in fertilizing] as many females as he can find,” Live Science quoted Jutta Schneider, a co-author of the study, as saying. “At the second of genital contact - it’s very easy to observe - the female suddenly bends, and it looks like he stabs her.

“Then he has only seconds to complete his mission before she starts to take silk out of her spinnerets” in order to ensnare him,” said Schneider. For the experiment, researchers placed two females - one heftier than the other - before roving male spiders in the laboratory and in nature.

Regardless of how voluptuous they were, most female spiders received a randy male visitor or two. But contrary to the researchers’ expectations, virgins emerged as the clear favourite. Among 21 pairs of females wherein one female went from virgin to non-virgin, the virgins attracted and mated with 12 male spiders. Only one male opted to have sex with an experienced partner.

In another recent study in Biology Letters, Schneider and colleagues suggested that male spiders can detect if a potential paramour is actually one of their sisters who, like them, never wandered too far from the shrub of their birth. The study was published in Animal Behaviour. Source(ANI)

Male Spiders' Prefer Virginity to Size

Washington: A new study has revealed that male spiders that get to have sex only once or twice in their lives are far more interested in a female spider’s virginity than in her size. Most male wasp spiders have only a single shot at love because their female partners eat them right after copulation.

Even those (doubly) lucky guys that escape this sexual cannibalism, however, can mate only one more time before their skirt-chasing days are over. The study’s findings have illustrated an unusual battle of the sexes in the animal kingdom.

“Usually the general wisdom is that the male sex has a large number of sperm cells, so the male is rather unlimited [in fertilizing] as many females as he can find,” Live Science quoted Jutta Schneider, a co-author of the study, as saying. “At the second of genital contact - it’s very easy to observe - the female suddenly bends, and it looks like he stabs her.

“Then he has only seconds to complete his mission before she starts to take silk out of her spinnerets” in order to ensnare him,” said Schneider. For the experiment, researchers placed two females - one heftier than the other - before roving male spiders in the laboratory and in nature.

Regardless of how voluptuous they were, most female spiders received a randy male visitor or two. But contrary to the researchers’ expectations, virgins emerged as the clear favourite. Among 21 pairs of females wherein one female went from virgin to non-virgin, the virgins attracted and mated with 12 male spiders. Only one male opted to have sex with an experienced partner.

In another recent study in Biology Letters, Schneider and colleagues suggested that male spiders can detect if a potential paramour is actually one of their sisters who, like them, never wandered too far from the shrub of their birth. The study was published in Animal Behaviour. Source(ANI)

How the Brain Forms Habits

Washington: A new study from MIT’s McGovern Institute for Brain Research has shown that brain’s habit formation appears to be an innate ability that is fine-tuned by experience- specifically, the costs and rewards of certain choices. Neuroscientists led by Institute Professor Ann Graybiel found that untrained monkeys performing a simple visual scanning task gradually developed efficient patterns that allowed them to minimize the time it took to receive their reward.

The task was designed to mimic natural scenarios - a nearly infinite number of choices for the monkeys to make and an unpredictable reward structure. “We wanted to create an environment that would be similar to the world we walk around in every day - an environment where there are lots of choices the animal can make,” says Theresa Desrochers, an MIT graduate student and lead author of a paper.

The findings not only help reveal how the brain forms habits, but also could shed light on neurological disorders where amplified habit-formation results in highly repetitive behavior, such as Tourette’s syndrome, obsessive-compulsive disorder and schizophrenia, says Graybiel. Graybiel and Desrochers took an unusual approach to their study. In most behavioral studies of monkeys, the researchers first train the animals to perform a task, then begin experiments. In this case, Graybiel and Desrochers wanted to see if the monkeys could learn a simple visual free-scanning task with no training at all.

The researchers measured the monkeys’ eye movements and brain activity as they looked at a grid of either four or nine dots. In each trial, after a period of time when the monkey just looked around, a different dot was randomly chosen to be “baited,” meaning that the monkey succeeded in the trial when its gaze landed on that dot. After a successful trial ended, the monkey received a food reward.

While the task itself is simple, it is capable of generating a rich variety of behavior, due to the number of choices available to the animals. The monkeys performed such trials about 1,000 times a day, and over several months, they developed ways to look at all of the different dots in sequences that were more and more cost-effective - meaning that they reached the target dot faster.

The changes were gradual: The animals would use one pattern for five to 10 days, then shift to a slightly different pattern. When looking at the entire mass of data, the researchers couldn’t tell what was driving these changes.

However, a trial-by-trial analysis revealed that very small variations in the scanning patterns could reduce the overall time to receive the reward, which would then reinforce that behavior and lead the monkey to adopt the new pattern.

“The upshot was that tiny little changes in cost - how far they moved the eyes - seemed to be driving these shifts until they did it as optimally as they could, despite the fact that they had never been instructed,” says Graybiel. This suggests that primates have an “inborn tendency to maximize reward and minimize cost,” says Graybiel. She and Desrochers believe the same kind of phenomenon, known as reinforcement learning, may also guide human habit formation.

“When you drive to work, it’s never going to take exactly the same amount of time. You might try one different street to avoid a stoplight, or some other subtle variation. At some point, you may completely shift,” says Desrochers. The study has been published in the Proceedings of the National Academy of Sciences. (ANI) Source

How the Brain Forms Habits

Washington: A new study from MIT’s McGovern Institute for Brain Research has shown that brain’s habit formation appears to be an innate ability that is fine-tuned by experience- specifically, the costs and rewards of certain choices. Neuroscientists led by Institute Professor Ann Graybiel found that untrained monkeys performing a simple visual scanning task gradually developed efficient patterns that allowed them to minimize the time it took to receive their reward.

The task was designed to mimic natural scenarios - a nearly infinite number of choices for the monkeys to make and an unpredictable reward structure. “We wanted to create an environment that would be similar to the world we walk around in every day - an environment where there are lots of choices the animal can make,” says Theresa Desrochers, an MIT graduate student and lead author of a paper.

The findings not only help reveal how the brain forms habits, but also could shed light on neurological disorders where amplified habit-formation results in highly repetitive behavior, such as Tourette’s syndrome, obsessive-compulsive disorder and schizophrenia, says Graybiel. Graybiel and Desrochers took an unusual approach to their study. In most behavioral studies of monkeys, the researchers first train the animals to perform a task, then begin experiments. In this case, Graybiel and Desrochers wanted to see if the monkeys could learn a simple visual free-scanning task with no training at all.

The researchers measured the monkeys’ eye movements and brain activity as they looked at a grid of either four or nine dots. In each trial, after a period of time when the monkey just looked around, a different dot was randomly chosen to be “baited,” meaning that the monkey succeeded in the trial when its gaze landed on that dot. After a successful trial ended, the monkey received a food reward.

While the task itself is simple, it is capable of generating a rich variety of behavior, due to the number of choices available to the animals. The monkeys performed such trials about 1,000 times a day, and over several months, they developed ways to look at all of the different dots in sequences that were more and more cost-effective - meaning that they reached the target dot faster.

The changes were gradual: The animals would use one pattern for five to 10 days, then shift to a slightly different pattern. When looking at the entire mass of data, the researchers couldn’t tell what was driving these changes.

However, a trial-by-trial analysis revealed that very small variations in the scanning patterns could reduce the overall time to receive the reward, which would then reinforce that behavior and lead the monkey to adopt the new pattern.

“The upshot was that tiny little changes in cost - how far they moved the eyes - seemed to be driving these shifts until they did it as optimally as they could, despite the fact that they had never been instructed,” says Graybiel. This suggests that primates have an “inborn tendency to maximize reward and minimize cost,” says Graybiel. She and Desrochers believe the same kind of phenomenon, known as reinforcement learning, may also guide human habit formation.

“When you drive to work, it’s never going to take exactly the same amount of time. You might try one different street to avoid a stoplight, or some other subtle variation. At some point, you may completely shift,” says Desrochers. The study has been published in the Proceedings of the National Academy of Sciences. (ANI) Source

Cool Albinos Monkey Photos | 10 pics

Wonderful Albinos Monkey Pictures :









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