Posts Tagged ‘purpose’

11 Ways Men And Women Think Differently

December 5, 2016

This Post Is Copied from http://www.meetbaba.com Visit This link for more interesting Stuff News, Games, Download, Movies, Videos Humor etc etc any thing you can imagine off.

11 Ways Men And Women Think Differently

Source: powerofpositivity
11 Ways Men And Women Think Differently

Men and women are different. There are some good biological reasons for that. Studies of brain scans of men and women show that women tend to use both sides of their brain because they have a larger corpus callosum. This is the bridge between the two hemispheres of the brain and allows women to share information between those two halves of the brain faster than men. Men tend to use the left side of the brain which is the more logical and rational side of the brain. Scans also reveal other interesting ways in which men and women do things differently or process information differently from each other.

Here are 11 ways men and women think differently:

1. Perception

Women have smaller brains that are more tightly packed with connections. This allows them to perform better at tasks involving the bigger picture and situational thinking. A man’s brain tends to perform better at spatial thinking involving recognizing patterns and problem solving with objects in a spatial environment.

2. One Track Mind

Men tend to excel better at singular tasks while women are better at juggling a number of tasks at once. This may stem from the primordial male role of the hunter who is fixated on a singular objective while the traditional female role of manager of the home forced her to juggle many tasks simultaneously.

3. Social Interactions

Women tend to perform better in social situations than men do. Men tend to excel at more abstract thinking and task-oriented jobs. Again, this may stem from the traditional gender roles whereby women had to work together to accomplish more complex tasks while men spent more time alone stalking prey.

4. Dealing With Emotions

Women have a larger limbic system in their brains which allows them to be more in touch and expressive about their emotions. Men tend to be a little oblivious with emotions that are not explicitly verbalized. Men tend to be more logical in their thinking and dismiss information that is not directly involved with the issue they are tackling. Women tend to be much more empathetic and susceptible to emotions influencing their thinking.

5. Do the Math

Men tend to have larger inferior parietal lobules than women. This area of the brain is thought to control mathematical ability and processes. Men tend to do better with math because of this. This isn’t to say that there are not women who are great at math, but that men have a small biological advantage when it comes to math and logic based skills.

6. Dealing With Pain

The amygdala is the area of the brain responsible for pain. Pain is activated in either the right (men) or left (women) hemispheres. The right side is more connected with external stimuli, while the left is more connected to internal stimuli. Women tend to feel pain more intensely than men do because of this.

7. Learn Languages

Women tend to be better at learning languages and are more attuned to words and sounds. This may be why men tend to find it harder to express themselves verbally. It may stem from the increased demand on women over millions of years to cooperate and organize in order to manage large complex tasks.

8. Women Remember Better

Women have tend to have higher activity in their hippocampus, the region responsible for forming and storing memories, than men do. Studies have shown that women tend to remember faces, names, objects and events better than men.

9. Ask for Directions

Men tend to have better spatial-reasoning skills and are better at remembering geographic details. They tend to have a better innate sense of direction and remember where areas and locations are. This ability most likely stems from their days as hunters when men had to navigate long distances without the aid of a map and compass.

10. Risk Taking

Men tend to be more likely to take risks. Women tend to be more risk averse. Men get a bigger dose of endorphins when they take risks. The bigger the risk, the larger the pleasure derived from the risky behavior. Men may be specialized to take more risks because of early human’s need to hunt down food which may be larger, stronger and more dangerous than a single man. Hunting is also inherently dangerous as some predator may be stalking you while you are stalking another prey animal.

11. Sex

Men tend to be more visual in what arouses them, while women tend to be turned on by a combination of things like ambiance, emotions, scents as well as visual perceptions.

Related article: 10 Reasons Why Most Men Can’t Handle A Strong Woman

While equal, men and women have different biological strengths and weaknesses. These differences may stem from a very long period of specialization between genders. Humans have been hunter/gatherers much longer than we have been civilized farmers and tradesmen. This long period of adaptation to changing environments may be responsible in some small part for traditional gender roles based on biology and physical specialization. Men and women, while different, are complementary like a knife and a fork.

Sources:
http://www.fitbrain.com/blog/women-men-brains/
http://www.webmd.com/brain/features/how-male-female-brains-differ#2
(C)Power of Positivity, LLC. All rights reserved

The post 11 Ways Men And Women Think Differently appeared first on Power of Positivity: Positive Thinking & Attitude.


For Complete Story Click Here 11 Ways Men And Women Think Differently
$excerpt:n

Source: powerofpositivity
11 Ways Men And Women Think Differently

Men and women are different. There are some good biological reasons for that. Studies of brain scans of men and women show that women tend to use both sides of their brain because they have a larger corpus callosum. This is the bridge between the two hemispheres of the brain and allows women to share information between those two halves of the brain faster than men. Men tend to use the left side of the brain which is the more logical and rational side of the brain. Scans also reveal other interesting ways in which men and women do things differently or process information differently from each other.

Here are 11 ways men and women think differently:

1. Perception

Women have smaller brains that are more tightly packed with connections. This allows them to perform better at tasks involving the bigger picture and situational thinking. A man’s brain tends to perform better at spatial thinking involving recognizing patterns and problem solving with objects in a spatial environment.

2. One Track Mind

Men tend to excel better at singular tasks while women are better at juggling a number of tasks at once. This may stem from the primordial male role of the hunter who is fixated on a singular objective while the traditional female role of manager of the home forced her to juggle many tasks simultaneously.

3. Social Interactions

Women tend to perform better in social situations than men do. Men tend to excel at more abstract thinking and task-oriented jobs. Again, this may stem from the traditional gender roles whereby women had to work together to accomplish more complex tasks while men spent more time alone stalking prey.

4. Dealing With Emotions

Women have a larger limbic system in their brains which allows them to be more in touch and expressive about their emotions. Men tend to be a little oblivious with emotions that are not explicitly verbalized. Men tend to be more logical in their thinking and dismiss information that is not directly involved with the issue they are tackling. Women tend to be much more empathetic and susceptible to emotions influencing their thinking.

5. Do the Math

Men tend to have larger inferior parietal lobules than women. This area of the brain is thought to control mathematical ability and processes. Men tend to do better with math because of this. This isn’t to say that there are not women who are great at math, but that men have a small biological advantage when it comes to math and logic based skills.

6. Dealing With Pain

The amygdala is the area of the brain responsible for pain. Pain is activated in either the right (men) or left (women) hemispheres. The right side is more connected with external stimuli, while the left is more connected to internal stimuli. Women tend to feel pain more intensely than men do because of this.

7. Learn Languages

Women tend to be better at learning languages and are more attuned to words and sounds. This may be why men tend to find it harder to express themselves verbally. It may stem from the increased demand on women over millions of years to cooperate and organize in order to manage large complex tasks.

8. Women Remember Better

Women have tend to have higher activity in their hippocampus, the region responsible for forming and storing memories, than men do. Studies have shown that women tend to remember faces, names, objects and events better than men.

9. Ask for Directions

Men tend to have better spatial-reasoning skills and are better at remembering geographic details. They tend to have a better innate sense of direction and remember where areas and locations are. This ability most likely stems from their days as hunters when men had to navigate long distances without the aid of a map and compass.

10. Risk Taking

Men tend to be more likely to take risks. Women tend to be more risk averse. Men get a bigger dose of endorphins when they take risks. The bigger the risk, the larger the pleasure derived from the risky behavior. Men may be specialized to take more risks because of early human’s need to hunt down food which may be larger, stronger and more dangerous than a single man. Hunting is also inherently dangerous as some predator may be stalking you while you are stalking another prey animal.

11. Sex

Men tend to be more visual in what arouses them, while women tend to be turned on by a combination of things like ambiance, emotions, scents as well as visual perceptions.

Related article: 10 Reasons Why Most Men Can’t Handle A Strong Woman

While equal, men and women have different biological strengths and weaknesses. These differences may stem from a very long period of specialization between genders. Humans have been hunter/gatherers much longer than we have been civilized farmers and tradesmen. This long period of adaptation to changing environments may be responsible in some small part for traditional gender roles based on biology and physical specialization. Men and women, while different, are complementary like a knife and a fork.

Sources:
http://www.fitbrain.com/blog/women-men-brains/
http://www.webmd.com/brain/features/how-male-female-brains-differ#2
(C)Power of Positivity, LLC. All rights reserved

The post 11 Ways Men And Women Think Differently appeared first on Power of Positivity: Positive Thinking & Attitude.


For Complete Story Click Here 11 Ways Men And Women Think Differently
$excerpt:n

purpose
Lifestyle, men and women, men vs women, things men and women do differently, ways men and women are different
#Purpose
#Lifestyle, #menandwomen, #menvswomen, #thingsmenandwomendodifferently, #waysmenandwomenaredifferent
Power of Positivity
MeetBaBa An Open Blog for Open Minded Readers

Source: powerofpositivity
11 Ways Men And Women Think Differently

Men and women are different. There are some good biological reasons for that. Studies of brain scans of men and women show that women tend to use both sides of their brain because they have a larger corpus…

This Post Is Copied from http://www.meetbaba.com Visit This link for me interesting Stuff.

Researchers Reveal Why Liars Keep Lying

December 5, 2016

This Post Is Copied from http://www.meetbaba.com Visit This link for more interesting Stuff News, Games, Download, Movies, Videos Humor etc etc any thing you can imagine off.

Researchers Reveal Why Liars Keep Lying

Source: powerofpositivity
Researchers Reveal Why Liars Keep Lying

Behaviorally, we show that the extent to which participants engage in self-serving dishonestly increases with repetition. Using functional MRI, we show that signal reduction in the amygdala is sensitive to the history of dishonest behavior, consistent with adaptation. – Garrett, N. et. al, “The brain adapts to dishonesty”

The intentional telling of untruths, commonly referred to as ‘lying,’ is something that most people – if not all people – are guilty of. Dishonesty is an inherent part of life in society, and adversely influences a number of arenas – both large and small; both individually and collectively. We can all pretty much agree on these points.

Something that we’re all likely in agreement on: some people lie more than others. In some cases, much more than others. Perhaps we’ve all known or been acquainted with someone with a propensity for telling untruths. Such individuals are often called ‘compulsive liars,” as their ability to manipulate the truth seems to have to boundaries.

This Is Why Liars Keep Lying

Why do liars keep on lying? Even in cases where they fully comprehend the pain that lying inflicts, why do people compulsively engage in dishonesty? Is it a choice? Is there something wrong with their brain?

To shine some light on the complex matter of compulsive lying, a team of researchers at University College London (UCL) engineered a fascinating experiment.

The Study

The rationale given for the study, published in the journal Nature Neuroscience:

From financial fraud to plagiarism, online scams and scientific misconduct, deceivers retrospectively describe how minor dishonest decisions snowballed into significant ones over time. Despite the dramatic impact of these acts on economics, policy and education, we do not have a clear understanding of how and why small transgressions may gradually lead to larger ones.

In simple terms: the team wanted to know why lying not only appears to increase frequency, but in scope.

The researchers decided to recruit 80 participants and monitor their brain activity using a Functional magnetic resonance imaging (fMRI) machine. However, the team recognized the inherent difficulty in observing deception using brain scans, as “participants need to repeatedly, deliberately and voluntarily act dishonestly in a social context without being required to admit their dishonesty.”

To work around these difficulties, the team devised a creative experimental model, whereby they were able to observe and quantify deception using a trial-by-trial method. Specifically, the team created a two-party experiment.

Each person advised their “partner” on the amount of money contained in a glass jar with pennies. Importantly, there were incentives involved which served as the motivation to deceive. Over the course of the experiments, the incentive model was altered, so that the money would benefit or harm one of the two partners. In every case, the participant was required to lie in order to benefit themself. 

Total, the team conducted two experiments:

Experiment #1: Both the participant and partner benefit if participant lies; only participant benefits if they lie; or partner benefits.

Experiment #2: Either the participant or partner benefits, excluding either/or if the participant lies.

Experiment Results

We observed clear evidence of escalation in self-serving dishonestly (participant only benefits), such that the magnitude of dishonesty got larger and larger…

The ‘magnitude’ of dishonesty escalated with self-serving incentives, as opposed to self-harming (partner benefits, affecting the participant). In other words, the majority of the 80 people were much more likely to lie when the circumstances benefitted only themselves, while completely disregarding their partner’s stake.

The team’s hypotheses, then, were proven correct by this study. In each trial, the instances of dishonest behavior quantitatively increased. Per the study:

If indeed signals that may help curb dishonesty diminished over time, dishonest acts could increase. Thus, what begins as small deviations from a moral code could escalate to large deviations with potentially harmful consequences.

The ‘signals’ the researchers are referring to is the activity of the brain known as the amygdala. Arousal of the amygdala is a response to “various emotion-eliciting situations, with stronger activity related to more potent experiences.”

Related article: 5 Phrases Liars Use To Make You Believe Them

Myriad research studies have confirmed the central role of the amygdala in experiencing emotions. Lying and dishonesty, to most people, is an uncomfortable act. Hence, our amygdala responds accordingly by activating to the stimulus.

It Also Explains Why Liars Keep Lying

As the researchers observed the fMRI scans, it was clear that dishonest behavior such as lying increases activity of the amygdala. Furthermore, the team observed with each subsequent experiment – as the participants continued to lie – the less active the amygdala became.

In other words, when dishonesty and lying become habitual, the part of the human brain responsible for emotional arousal – not to mention, self-control – simply accepts such activity as normal. It is anything but…

References
Garrett, N., Lazzaro, S. C., Ariely, D., & Sharot, T. (2016, October 24). The brain adapts to dishonesty. Nature Neuroscience, 19(12), 1727-1732. doi:10.1038/nn.4426
Park, A. (2016, October 24). The Fascinating Reason Why Liars Keep On Lying. Retrieved December 02, 2016, from http://time.com/4540707/lying-lies-brain/
(C)Power of Positivity, LLC. All rights reserved

The post Researchers Reveal Why Liars Keep Lying appeared first on Power of Positivity: Positive Thinking & Attitude.


For Complete Story Click Here Researchers Reveal Why Liars Keep Lying
$excerpt:n

Source: powerofpositivity
Researchers Reveal Why Liars Keep Lying

Behaviorally, we show that the extent to which participants engage in self-serving dishonestly increases with repetition. Using functional MRI, we show that signal reduction in the amygdala is sensitive to the history of dishonest behavior, consistent with adaptation. – Garrett, N. et. al, “The brain adapts to dishonesty”

The intentional telling of untruths, commonly referred to as ‘lying,’ is something that most people – if not all people – are guilty of. Dishonesty is an inherent part of life in society, and adversely influences a number of arenas – both large and small; both individually and collectively. We can all pretty much agree on these points.

Something that we’re all likely in agreement on: some people lie more than others. In some cases, much more than others. Perhaps we’ve all known or been acquainted with someone with a propensity for telling untruths. Such individuals are often called ‘compulsive liars,” as their ability to manipulate the truth seems to have to boundaries.

This Is Why Liars Keep Lying

Why do liars keep on lying? Even in cases where they fully comprehend the pain that lying inflicts, why do people compulsively engage in dishonesty? Is it a choice? Is there something wrong with their brain?

To shine some light on the complex matter of compulsive lying, a team of researchers at University College London (UCL) engineered a fascinating experiment.

The Study

The rationale given for the study, published in the journal Nature Neuroscience:

From financial fraud to plagiarism, online scams and scientific misconduct, deceivers retrospectively describe how minor dishonest decisions snowballed into significant ones over time. Despite the dramatic impact of these acts on economics, policy and education, we do not have a clear understanding of how and why small transgressions may gradually lead to larger ones.

In simple terms: the team wanted to know why lying not only appears to increase frequency, but in scope.

The researchers decided to recruit 80 participants and monitor their brain activity using a Functional magnetic resonance imaging (fMRI) machine. However, the team recognized the inherent difficulty in observing deception using brain scans, as “participants need to repeatedly, deliberately and voluntarily act dishonestly in a social context without being required to admit their dishonesty.”

To work around these difficulties, the team devised a creative experimental model, whereby they were able to observe and quantify deception using a trial-by-trial method. Specifically, the team created a two-party experiment.

Each person advised their “partner” on the amount of money contained in a glass jar with pennies. Importantly, there were incentives involved which served as the motivation to deceive. Over the course of the experiments, the incentive model was altered, so that the money would benefit or harm one of the two partners. In every case, the participant was required to lie in order to benefit themself. 

Total, the team conducted two experiments:

Experiment #1: Both the participant and partner benefit if participant lies; only participant benefits if they lie; or partner benefits.

Experiment #2: Either the participant or partner benefits, excluding either/or if the participant lies.

Experiment Results

We observed clear evidence of escalation in self-serving dishonestly (participant only benefits), such that the magnitude of dishonesty got larger and larger…

The ‘magnitude’ of dishonesty escalated with self-serving incentives, as opposed to self-harming (partner benefits, affecting the participant). In other words, the majority of the 80 people were much more likely to lie when the circumstances benefitted only themselves, while completely disregarding their partner’s stake.

The team’s hypotheses, then, were proven correct by this study. In each trial, the instances of dishonest behavior quantitatively increased. Per the study:

If indeed signals that may help curb dishonesty diminished over time, dishonest acts could increase. Thus, what begins as small deviations from a moral code could escalate to large deviations with potentially harmful consequences.

The ‘signals’ the researchers are referring to is the activity of the brain known as the amygdala. Arousal of the amygdala is a response to “various emotion-eliciting situations, with stronger activity related to more potent experiences.”

Related article: 5 Phrases Liars Use To Make You Believe Them

Myriad research studies have confirmed the central role of the amygdala in experiencing emotions. Lying and dishonesty, to most people, is an uncomfortable act. Hence, our amygdala responds accordingly by activating to the stimulus.

It Also Explains Why Liars Keep Lying

As the researchers observed the fMRI scans, it was clear that dishonest behavior such as lying increases activity of the amygdala. Furthermore, the team observed with each subsequent experiment – as the participants continued to lie – the less active the amygdala became.

In other words, when dishonesty and lying become habitual, the part of the human brain responsible for emotional arousal – not to mention, self-control – simply accepts such activity as normal. It is anything but…

References
Garrett, N., Lazzaro, S. C., Ariely, D., & Sharot, T. (2016, October 24). The brain adapts to dishonesty. Nature Neuroscience, 19(12), 1727-1732. doi:10.1038/nn.4426
Park, A. (2016, October 24). The Fascinating Reason Why Liars Keep On Lying. Retrieved December 02, 2016, from http://time.com/4540707/lying-lies-brain/
(C)Power of Positivity, LLC. All rights reserved

The post Researchers Reveal Why Liars Keep Lying appeared first on Power of Positivity: Positive Thinking & Attitude.


For Complete Story Click Here Researchers Reveal Why Liars Keep Lying
$excerpt:n

purpose
how to deal with a liar, how to spot a liar, liars, Lifestyle, traits of a liar, why liars keep lying, why people lie
#Purpose
#howtodealwithaliar, #howtospotaliar, #liars, #Lifestyle, #traitsofaliar, #whyliarskeeplying, #whypeoplelie
Power of Positivity
MeetBaBa An Open Blog for Open Minded Readers

Source: powerofpositivity
Researchers Reveal Why Liars Keep Lying

Behaviorally, we show that the extent to which participants engage in self-serving dishonestly increases with repetition. Using functional MRI, we show that signal reduction in the amygdala is sensitive to the…

This Post Is Copied from http://www.meetbaba.com Visit This link for me interesting Stuff.


%d bloggers like this: