During this process, the initial stimulus is held in short term memory. Short-term memory is that portion of memory devoted to the things that must be remembered in the moment, but may not be significant in the future. Short-term memory has finite capacity, and can only store items for around 30 seconds. Consequently, the brain quickly determines the meaning of the information, and it's potential future importance.

Meaning creates Memory

With an item's meaning defined, the event is codified. Information of little long-term value is discarded. Information that is, or may be, meaningful in the future, is forwarded into long-term memory.

It is in the long term memory where learning, if successful, resides. Unlike short- term memory, long term memory has an almost infinite capacity. Once an item has passed into the brain's long term memory, it remains on file, waiting for the searchlight's call. The item, although nearly forgotten, remains so potent that the correct emotional stimuli - a song, a smell, a visual, or a combination of sensory inputs - can bring it flooding back into conscious memory. And often the memory returns so vividly that it seems as if the event just occurred!

This depth of memory provides learning professionals with an advantage. Knowing that an emotional stimulus remains powerful when locked in the

Introduction I remember one particularly difficult college class I taught, and the two students who were likely to fail. They, like many in a growing segment of learners, had short attention spans. They expected more value in less time, but wouldn't listen well enough to find that value. Instead, they would become bored, and ignore the learning.

One day, I heard the two praising James Cameron's movie Titanic (1997). Immediately, an incongruity hit me. Titanic is three hours long! Those would have mutinied if I attempted a three-hour lecture. To make matters more galling, they PAID to see Titanic. REPEATEDLY! Both students were destined to repeat this class, but would not have willingly paid for the opportunity. Hollywood had succeeded in capturing and maintaining those two learners' attention, where I had not.

Their Titanic comments led me back to my prior career as a professional entertainer, and the entertainment techniques I had learned while performing music, magic and comedy. I identified two commonalities that the training and entertainment communities share. (1) Both disciplines require a professional delivery. If the delivery is amateurish, the entertainer is booed, anmemory, the trainer is ignored. (2) Both must attract attention, and fail if attention is not captured, or worse, lost after it is gained. If no one notices the selected playing card, the magician's production of it has no magic. If no one hears the learning point, that point cannot be remembered.

I next began looking for entertainment techniques I could apply to my classroom. Each time I added an entertaining element, the learners responded, so I'd add another. I soon noticed that test and class evaluation scores rose. The more entertainment techniques I employed, the more effective the learning became. And then, one day, one of those former learners, now repeating my class, approached me. She asked if she could attend one of my classes again! That's when I knew that entertainment based learning works.

In this article, I share with you the theory that resulted from my journey. It offers a different way to think about learning and a method for increasing retention while simultaneously making learning engaging and fun. It is a combination of learning and entertainment I call Learnertainment®.

To Leave or Learn? The searchlight is always on. It scans the landscape, looking first left then right, ever vigilant for signs of danger. This searchlight is unusual in its sophistication. Like all searchlights, it scans visually. But in addition, it listens, it uses its sense of smell, it reaches out to touch unknown items, and on occasion, it tastes the stimuli in question. Perhaps the most amazing fact about this searchlight is that humans didn't invent it. It predates science. It's the human brain.

When the human brain sees potential danger, it stops searching. It blocks out all extraneous stimuli and focuses tightly on the perceived threat. Even those higher- order components of the brain responsible for logic and the arts pitch in, refocusing their energies in an "all hands on deck" effort survive. If the threat turns out to be minor, the various brain components resume their normal activities… until the next time the searchlight calls.

This dynamic is continuous; twenty-four hours a day, seven days a week, below the level of awareness, but always dictating human behavior. And as such, the searchlight cannot be ignored. Ideas, and the intellectual application of those ideas, are important, but are of little consequence to a brain that feels threatened.

Fortunately for trainers, teachers, facilitators and other learning professionals, the brain has a secondary favorite input: pleasure. In humans, survival and pleasure exist side by side. They are the Ying and yang, the left and right, the balancing forces of our existence, and they are driven by the searchlight of emotion.

Emotion creates Attention The word emotion comes from the Latin exmovere, meaning, "to move out of," "to agitate." Aristotle believed that people are persuaded not just by logic, but also through emotion. Plato agreed when he said, "All learning has an emotional base." And Carl Jung added, "There can be no transforming of darkness into light and of apathy into movement without emotion." They were all correct. Emotions start a chain of events that lead to learning.

For centuries, folklore stated that emotion was a creature of the heart. As science gained ascendancy over folklore, emotions were thought to be a function of the brain. Recent research demonstrates that both folklore and science had it right. Emotion is generated in the brain AND the body.

Emotions affect our whole body, including our heart, lungs, stomach, skin and immune and endocrine systems. If you think back through your own life experience, you instinctively know this to be true. We have all felt the goosebumps of fear, the sweat of nervousness, and the rapid breathing that comes from excitement. A "gut reaction" is just that, an emotional signal from the gut.

The wisdom of gut reactions makes sense when you consider that the heart starts beating in a human fetus before the brain is formed, and that, as the brain develops, it begins with the brain stem. From the brain stem, the emotional limbic system emerges. Next, the thinking brain grows out of the emotional regions.

Perhaps as a result, more neural connections go from the limbic system to the cortex than the other way around. Certainly as a result, emotional reactions occur before we think. We feel first, and think later.

The body’s up-front focus on feelings is critical to our survival. In situations where life or death stands in the balance, split second responses are essential. Emotion serves the purpose of identifying general threat levels. The emotional meaning of the situation captures the brain's attention and helps it make snap fight-or-flight decisions. This response is automatic. Although people may be able rationalize their emotions, the truth is emotions control them. Even when people overpower emotions with logic, the feelings that created the emotion remain, often forever.

Attention creates Meaning

Once emotion has taken hold, the brain shifts into a heightened level of attention. This heightened level is stressful. It cannot be maintained for long. To protect itself from overload, and to free up capacity for the next potential threat, the brain quickly determines the meaning of the emotion. It explores its memories, searching for something comparable. Once a comparison is found, the brain concocts a mental concept or model to explain the emotion. It then uses this explanation to determine an appropriate response. This is not to suggest that the brain has made an intellectual decision. Rather, it has captured the general meaning of what has happened, and selects a correct response accordingly.

During this process, the initial stimulus is held in short term memory. Short-term memory is that portion of memory devoted to the things that must be remembered in the moment, but may not be significant in the future. Short-term memory has finite capacity, and can only store items for around 30 seconds. Consequently, the brain quickly determines the meaning of the information, and it's potential future importance.

Meaning creates Memory

With an item's meaning defined, the event is codified. Information of little long-term value is discarded. Information that is, or may be, meaningful in the future, is forwarded into long-term memory.

It is in the long term memory where learning, if successful, resides. Unlike short- term memory, long term memory has an almost infinite capacity. Once an item has passed into the brain's long term memory, it remains on file, waiting for the searchlight's call. The item, although nearly forgotten, remains so potent that the correct emotional stimuli - a song, a smell, a visual, or a combination of sensory inputs - can bring it flooding back into conscious memory. And often the memory returns so vividly that it seems as if the event just occurred!

This depth of memory provides learning professionals with an advantage. Knowing that an emotional stimulus remains powerful when locked in the

In this article, I share with you the theory that resulted from my journey. It offers a different way to think about learning and a method for increasing retention while simultaneously making learning engaging and fun. It is a combination of learning and entertainment I call Learnertainment®.

To Leave or Learn? The searchlight is always on. It scans the landscape, looking first left then right, ever vigilant for signs of danger. This searchlight is unusual in its sophistication. Like all searchlights, it scans visually. But in addition, it listens, it uses its sense of smell, it reaches out to touch unknown items, and on occasion, it tastes the stimuli in question. Perhaps the most amazing fact about this searchlight is that humans didn't invent it. It predates science. It's the human brain.

When the human brain sees potential danger, it stops searching. It blocks out all extraneous stimuli and focuses tightly on the perceived threat. Even those higher- order components of the brain responsible for logic and the arts pitch in, refocusing their energies in an "all hands on deck" effort survive. If the threat turns out to be minor, the various brain components resume their normal activities… until the next time the searchlight calls.

This dynamic is continuous; twenty-four hours a day, seven days a week, below the level of awareness, but always dictating human behavior. And as such, the searchlight cannot be ignored. Ideas, and the intellectual application of those ideas, are important, but are of little consequence to a brain that feels threatened.

Fortunately for trainers, teachers, facilitators and other learning professionals, the brain has a secondary favorite input: pleasure. In humans, survival and pleasure exist side by side. They are the Ying and yang, the left and right, the balancing forces of our existence, and they are driven by the searchlight of emotion.

Emotion creates Attention The word emotion comes from the Latin exmovere, meaning, "to move out of," "to agitate." Aristotle believed that people are persuaded not just by logic, but also through emotion. Plato agreed when he said, "All learning has an emotional base." And Carl Jung added, "There can be no transforming of darkness into light and of apathy into movement without emotion." They were all correct. Emotions start a chain of events that lead to learning.

For centuries, folklore stated that emotion was a creature of the heart. As science gained ascendancy over folklore, emotions were thought to be a function of the brain. Recent research demonstrates that both folklore and science had it right. Emotion is generated in the brain AND the body.

Emotions affect our whole body, including our heart, lungs, stomach, skin and immune and endocrine systems. If you think back through your own life experience, you instinctively know this to be true. We have all felt the goosebumps of fear, the sweat of nervousness, and the rapid breathing that comes from excitement. A "gut reaction" is just that, an emotional signal from the gut.

The wisdom of gut reactions makes sense when you consider that the heart starts beating in a human fetus before the brain is formed, and that, as the brain develops, it begins with the brain stem. From the brain stem, the emotional limbic system emerges. Next, the thinking brain grows out of the emotional regions.

Perhaps as a result, more neural connections go from the limbic system to the cortex than the other way around. Certainly as a result, emotional reactions occur before we think. We feel first, and think later.

The body’s up-front focus on feelings is critical to our survival. In situations where life or death stands in the balance, split second responses are essential. Emotion serves the purpose of identifying general threat levels. The emotional meaning of the situation captures the brain's attention and helps it make snap fight-or-flight decisions. This response is automatic. Although people may be able rationalize their emotions, the truth is emotions control them. Even when people overpower emotions with logic, the feelings that created the emotion remain, often forever.

Attention creates Meaning

Once emotion has taken hold, the brain shifts into a heightened level of attention. This heightened level is stressful. It cannot be maintained for long. To protect itself from overload, and to free up capacity for the next potential threat, the brain quickly determines the meaning of the emotion. It explores its memories, searching for something comparable. Once a comparison is found, the brain concocts a mental concept or model to explain the emotion. It then uses this explanation to determine an appropriate response. This is not to suggest that the brain has made an intellectual decision. Rather, it has captured the general meaning of what has happened, and selects a correct response accordingly.

During this process, the initial stimulus is held in short term memory. Short-term memory is that portion of memory devoted to the things that must be remembered in the moment, but may not be significant in the future. Short-term memory has finite capacity, and can only store items for around 30 seconds. Consequently, the brain quickly determines the meaning of the information, and it's potential future importance.

Meaning creates Memory

With an item's meaning defined, the event is codified. Information of little long-term value is discarded. Information that is, or may be, meaningful in the future, is forwarded into long-term memory.

It is in the long term memory where learning, if successful, resides. Unlike short- term memory, long term memory has an almost infinite capacity. Once an item has passed into the brain's long term memory, it remains on file, waiting for the searchlight's call. The item, although nearly forgotten, remains so potent that the correct emotional stimuli - a song, a smell, a visual, or a combination of sensory inputs - can bring it flooding back into conscious memory. And often the memory returns so vividly that it seems as if the event just occurred!

This depth of memory provides learning professionals with an advantage. Knowing that an emotional stimulus remains powerful when locked in the

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