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The Humintell Blog July 25, 2013

How To Detect A Lie – Humintell’s Workshop at the California Academy of Sciences

DM CAL Science Acd

Wouldn’t you love to know how to spot a lie?

A lucky few who attended NightLife at the California Academy of Sciences‘ on July 11, 2013 learned some key concepts about how to spot a lie with Humintell Director Dr. David Matsumoto.

What exactly is NightLife?  

It is an ongoing event for adults 21+ that takes place every Thursday evening at San Francisco’s CA Academy of Sciences. Event goers have access to all of the current displays and attractions at the academy such as the ever popular planetarium, aquarium and living rain forest exhibit.  Combine all those fun attractions with educational presentations (on theme topics), drinks, dancing and good company and that is NightLife.

What was covered in the workshop?

Spotting a lie is more complex than some people think.  Research has shown we learn to lie at a very young age (for more info see our past blogs To Youth Are Our Best Liars and Telling Lies) and that there isn’t one tell-tale sign of a liar that is consistent in all situations. 

But liars do give off behavioral cues and these cues often occur in multiple channels such as gestures, voice and verbal style. One thing’s for sure: people from all walks of life can improve their ability to detect lies by becoming more aware and skillful in reading the nonverbal cues to lying.

An area that individuals can focus on are facial expressions of emotion, especially those known as micro- and subtle expressions, because these both are involuntary and have demonstrated association with deception.

Want to learn more?

Consider booking an Evaluating Truthfulness or Reading Emotions workshop for your group or organization.

A complete listing of the Workshops Humintell offers can be found here:   

http://www.humintell.com/humintell-workshops/

Filed Under: Nonverbal Behavior, Science

The Humintell Blog July 15, 2013

Emotional Robots

David Hanson of  Hanson Robotics  shows off his robotic research at his TED Talk Conference with a demo of his “Einstein” creation whose facial features mimic human expressions.

Hanson and his team’s goal is to eventually design a robot that not only realistically mimics human characteristics but that can empathize with us as well.    They are doing so with the help of a variety of technologies that converge into the robotics that can be seen in his design featured in the video below.  This includes very advanced expression recognition software that allows Hanson’s robots to recognize and emulate human facial expressions.

One field of robotics that has grown exponentially since the inception of robotic expression recognition software is companion robotics.  Teams all over the world are working on developing artificial intelligence that can learn and grow as time progresses so that they can interact and aid the human population.

To see how emotion recognition robots are advancing check out some newer projects presented in Robots Read Facial Expressions? and Italian Technology: Emotional Androids?

Filed Under: General, Science

The Humintell Blog July 13, 2013

Mapping Emotions

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Courtesy of StockVault

Emotions seem to play a role in most aspects of human interaction and life, yet scientists and philosophers still know relatively little about them.  New information on emotions is continuously evolving and Science Codex has reported on one of the newest theories on the science of Emotions.

This new theory, “the integrated embodiment theory of emotions”, is outlined in the journal of Philosophy and Phenomenological Research.  It posits that emotions are formulated by the integration of different bodily perceptions that have representations of external objects, events, or states of affairs.  That is, emotions are not just representations of perception or thought but are separate mental states, which are a reflection of the integration of feelings of bodily processes and cognitive events.

Prof. Dr. Albert Newen and Dr. Luca Barlassina of the Institute of Philosophy II at the Ruhr-Universität Bochum, are the creators of this new emotion theory and purport that their theory gives a unified and principled account of the relation between emotions and bodily perceptions, the intentionality of emotions, and emotion phenomenology.

This theory labeled an impure somatic theory of emotions and is contrasted with current pure somatic theories that posit emotions are entirely constituted by bodily perceptions.  Emotions are nothing but the perception of a bodily state.  That is we do not tremble because we are scared, but rather we are scared because we tremble.  “This theory does not, however, consider the cognitive content of many emotions“, says  Newen.

The “cognitive theory of emotions” says that emotions are essentially an assessment of the situation based on reason: this dog is dangerous because he is baring his teeth. “This theory is also unsatisfactory,” says Newen, “because it forgets the feelings as a central component of the emotion.“ For example, a person can judge that a dog is dangerous and at the same time have no fear because he is an expert in handling dangerous dogs. So the cognitive assessment does not necessarily determine the emotion.

According to Newen and Barlassina, the new theory is superior to Jesse Prinz’s most sophisticated theory of emotions so far, because this does not take into account that an emotion can also be directed at an object that is not present or does not even exist.

A related article from Science World Report purports that scientists may be able to tell exactly how a person feels by mapping their brain. For the first time, researchers have identified exactly which emotion a person is experiencing based solely on brain activity.

This study, published in PLOS One journal, claims to be different from others in that it does not rely on people to delineate their emotional state(s) (i.e. self-report).  It uses a computational model that identifies individuals’ thoughts of concrete objects.

Amanda Markey , one of the researchers, points out, “Despite manifest differences between people’s psychology, different people tend to neutrally encode emotions in remarkably similar ways.“

The researchers also found that emotion signatures aren’t necessarily limited to specific brain regions. Instead, they produce characteristics patterns throughout a number of brain regions.  In the future, the researchers plan to use this new identification method in order to overcome a number of challenging problems in emotion research, including identifying emotions that individuals are actively trying to suppress.

 Is this new theory of emotions being separate mental states superior to the old?

Filed Under: Hot Spots, Nonverbal Behavior, Science

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