Danger! Threat! Fear!

Did you know that fear keeps us alive? It is essential to our survival. In the face of danger, we become afraid and parts of the brain activate the fight flight reaction.

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Both western science and ancient Chinese Five Element theory recognize fear as that emotion that helps keep us alive. In Five Element theory fear is associated with kidney energy or qi. Kidney qi is of a special type. It supports the body in reproducing, growing, and developing–the bodily life cycle. So, it is not surprising that fear works with kidney qi to keep us alive.

From a western scientific perspective, fear arises from a perceived threat and we experience the physiological response called fight flight or the stress response. Fear is an important element of fight flight because when we feel fear that’s a signal to us that we need to pay attention, not just react but really pay attention.  Here’s why. So important to our survival is fight flight that when a threat stimulus reaches the thalamus, its first processing point in the brain, the same stimulus takes two different processing paths. The short route is rough and fast. The long route brings in higher processing and is much more precise but is also slower.

The short and long processing works like this. Suppose we’re hiking through the woods and just up ahead, we see something. It looks like a long narrow shape coiled up on the path. The short route says, “Must be a snake!” “Snake,” says the amygdala, “I’ll tell the hypothalamus to turn on the stress response!” At the same time, the long route sends the information to the cortex for higher processing, “Wait a minute. It kind of looks like a snake but is it really?  No, it isn’t. It’s twisted woody vine.” But, let’s check in with explicit memory.” The explicit memory is consulted through the hippocampus. “This is twisted woody vine. I’ve seen this before.” Word is sent to the amygdala. “No snake! Just twisty woody vine.”  The message is received and more messages tell the nervous system to reset.

The fight flight response causes physiological changes in our body via the sympathetic branch of the autonomic nervous system. These include elevations in perspiration and heart and respiratory rates. It makes sense. If we’re going fight or flee, we need muscle power and that means we’d better have oxygen and blood flow going to the muscles so we can punch harder or run faster. “Snake! Run!”

At the same time that the sympathetic nervous system is ramping up glucose production, it is also making other less noticeable but just as important physiological changes in the body. The pupils dilate, blood is drawn away from the skin to the muscles alas the saying, “white as a sheet,” when someone is really afraid. Parasympathetic modulated responses such as digestion and large intestine and bladder functions cease. The body is so focused on fight or flight that the bowel and bladder may even empty spontaneously.

When  a threat presents itself, fear arises and the stress response system turns on. When the danger passes, our fear evaporates and the nervous system shakes off the stress response by re-balancing its sympathetic and para-sympathetic branches. Animals in the wild literally shake all over once danger has passed.

But what happens when our nervous system isn’t able to shake it off? This happens when one perceived threat is followed by another one before the nervous system has had time to reset. This is the dilemma of our modern life. The dangers and threats we face are not tigers looking for their next meal and usually, not even snakes in our path. We face a plethora of perceived dangers often driven by our own thoughts. We are afraid of not having enough of what it takes to meet the challenge that lies ahead. Perhaps we are afraid we can’t complete or achieve that which we aspire to or that we are inadequately prepared for what we might be asked to do. “Will I get laid off?” “Is this relationship going to fall apart?” ” What’s going to happen at work today? Will my project get approved?” “Do I have enough money to pay the mortgage this month?”  These are all survival fears! And, one after another they arise without ever giving our bodies time to reset. The result? We live in a state of fear and physiological stress. It takes its toll on our health and well-being. Our kidney qi gets zapped.

If we don’t do something non-stop fight flight or stress response can turn from something that saves us into something that kills us. What can we do?

We can pause. Remember that when  a threat appears, we feel fear and the brain processes it both on a short,  fast track and on a long, slow tract. The fast track processing gives a quick and rough appraisal to the amygdala, “Ah, it looks like a threat. Better to act now than be sorry.”  But, if we pause, we allow the long tract enough time to process. The higher processing of the cortex and explicit memory via the hippocampus can weigh in. Is this really a threat? No, it isn’t. The body can relax.

Our fear is a signal. It is a signal to pause and bring our awareness inside to the whole thing about the perceived threat.  We can make contact with it by saying, I’m sensing something in me that’s really afraid … .” We can acknowledge it by saying, “Hello, I see you’re there.” We can keep it company with interested curiosity and when it is ready to tell us something, we can listen mindfully, with our full attention, non-judgementally and with compassion.  We can ask, “What is this wanting to happen?” or “What is this not wanting to happen?” This practice of pausing with awareness can save our lives. It can keep the fight flight, stress response at an appropriate level. Turned on when necessary; turned off when not. It can keep our body mind in balance, healthy and well.

Shifting Perspective

When we experience the world we typically do so from the perspective of “I.” What does that mean? It means that we place our own particular meaning on the sensory perception of our world.

For example, when we hear, the brain first records pitch and volume and then adds meaning. It runs through its memory banks. “Ah, yes, that sound is of a piano, and the music is Ravel’s Concerto in G Major. And furthermore, it’s beautiful and was played the first time I went to symphony with a man who is now my husband.  I love my husband; I love the music.”

So you see that the sound doesn’t stand by itself. It always stands with the meaning we give it. Even the first time we hear the sound, we immediately record the sound and what else is happening and the emotion that we have about it. Then each time, we hear the sound again the associated memory and the emotion are triggered. Piano. Ravel. First symphony with husband. Love.

Of course, not all our experiences are so happy. Suppose you are in an automobile accident. You record the sounds of screeching tires and colliding metal, and the smell of burning rubber. You recall the instant of quiet on impact and your terror rising immediately, thereafter. You remember being shaken up and your spine going askew, and how you walked away without anyone’s help.

Now you are walking down the street. You hear the sound of screeching tires. Your heart starts racing and your spine begins to ache. You are terrified. Why? You are not in danger. But, your brain doesn’t grasp that. It only grasps the sound of the screeching tires and associates it with the memory of the car accident. Not just this time, but every time you hear screeching tires. Why? Because your brain stored: sound of screeching tires = car accident and emotion of fear.

The fellow walking towards you has heard the same sound: the screeching tires. In response a big grin comes over his face. Why? Because the sound of screeching tires brings back the memory of attending a stock car race with his father as a young boy and his emotion of joy and wonder. Same sound. Different memory. Different emotion.

So what! Well, two things.

First, as long as the emotion associated with the sound and accompanying memory is not overwhelming and fades as quickly as it rises we are OK. If it is not so joyous that we go and do reckless things or so sad that we become depressed; or so worried that we become anxious; or so full of grief that we become grief-stricken; or so full of fear that we become terrified, frozen, and anxious; or so angry that we become enraged, we go on.  We are OK. Feeling a slight twinge of a past emotion such as joy when we hear the sound of Ravel or fear when we hear tires screeching is natural.

But if the emotion is too big it makes us suffer. When joy propels us to over-exuberance or sadness brings depressions, or worry or fear becomes anxiety, or grief becomes uncontrolled, and natural fear becomes terror, we suffer. This is the time when we need to walk into that emotion, right into the center of it to see that it is nothing at all. Disassociating from it in this way removes its power over us so we can see that it is not us and we cease suffering. This, by the way, can be much harder to do than one may think, so if you find yourself here, find a professional to guide you in this activity.

Second, remember that a sound is just a sound. When hearing the screeching tires, ‘A sound,” we can tell ourselves. Doing this allows us to hear the sound afresh. Letting go of the association of sound, sight, smell, taste, or touch with a memory and its emotion, even if it is a wonderful one, opens us to new experiences. When hearing the screech of tires, instead of the thought of “car accident” we are free to just hear the screech of the tire and go on. Perhaps, we now associate it with the broad smile that we see on the face of the guy walking towards us. We are open to experience something new.

The Pause That Refreshes and Balances

Neuroscientists and psychologists have been making progress in catching up with what the ancients knew long ago–that meditation is good for us. It helps us to maintain balance. It helps us to regulate the Autonomic Nervous System (ANS). When we regulate the ANS we balance the two opposing, yet complimentary, parts of the ANS: the sympathetic and parasympathetic nervous systems. These two systems are both necessary, but cannot both control at the same time, and when out of balance in either direction cause us to be un-well.

The sympathetic nervous system engages when we face external threats, activating the Fight-Flight system–our stress response. This happens when, for example, a driver cuts us off on the highway or our boss doesn’t recognize our contribution in a group meeting. On the highway, it saves us from getting into an accident by activating mechanisms that get us quickly and safely out of the way of the vehicle that has just swerved in front of us. In the office, it triggers healthy anger which is the motivating energy we need to get out of there and go and find another, more fulfilling job. Of course, if the ANS is really out of whack, it can also lead to inappropriate behavior such as slamming into the back of the vehicle that has just cut us off or punching the boss in the face.

At the moment that the stress response engages our bodies prepare for action. The liver dumps sugar and fat into the blood stream, the cardiovascular system heightens blood pressure; the respiratory system speeds up breathing; the senses and thinking sharpen to focus solely on this moment (not the future), and the Pre-Frontal Cortex (PFC) shuts off to keep us from slowing down, from doing nothing while we think about options, organize, or plan. If the PFC weren’t inhibited at this moment we might crash into the guy who has just cut us off because we are pondering, “Do I swerve or brake? Which would potentially produce less wear and tear on my car in long term?”

The opposing and complimentary system, the parasympathetic system slows breathing and heart rate and keeps us calm; it is the state in which we heal and rejuvenate, and turns on the Pause and Response System which relies on the ability of PFC to resist the immediate temptation staring us in the face. We may think, “Boy, I’d really like to punch the boss in face,” but when the PFC weighs in and we see ourselves being shunned for our violence by our co-workers, we plan another course of action. In general terms, in this instance, it allows us to resist temptation: The “I won’t.” It also allows us to engage in the “I will.” After the initial burst of healthy anger motivating us to look for a new job—or get out of there–the flight response, the Pause and Response system kicks in turning on the organizing and planning we’ll need for our new job search. It also engages the “I want,” which, in effect, remembers our motivation over time: “I want to get a new job,” even when, right now, we’d rather be playing a game or socializing. The “I want,” “I will,” and “I won’t” are functions of the Pause and Response System and all reside in the PFC.

So what does this have to do with meditation? Everything. If our Fight-Flight system is continually being turned on over and over again, all day long, there is no time for recovery and activation of the Pause and Response system. Unfortunately, the modern, civilized lives we lead turn on our Fight-Flight system so many times a day, that we end up in chronic stress mode. With no opportunity for the parasympathetic nervous system and the Pause and Response system to activate, our ANS is out-of-balance and that’s when we run into trouble. That’s when disease, regret, and unhappiness come on line. Meditation helps us to balance the parasympathetic and sympathetic nervous systems so that when we need to swerve out of the way of a car we can but then recover so that the lunch we just ate gets digested properly or the immune system keeping us from catching a cold can do its job, or we can engage in the organizing, planning, and doing necessary to get that new job.

Let’s see how by examining what happens in meditation focusing on the breath. We begin with an intention. “I will focus on my breath.” As we sit concentrating on each breath cycle, a thought enters our head; our mind wanders. Suddenly we’re thinking about the boss who snubbed us in the group meeting and we’re feeling agitated. Then we recognize that we’re distracted and that we have an intention, “Oops, I’m distracted. The boss is not the breath.” Then, without making any judgement about our wanderings, we return our concentration to the breath. This act of having a plan: “I will focus on my breath,” recognizing when we experience distractions (and we will): “How dare the boss snub me. Who does he think he is?” and returning our concentration to what we originally planned, to focus on the breath, without making judgements, without shame or feeling guilty, is building more and denser gray matter in the PFC. Amazingly, it’s the distraction, the recognition of the distraction, and the returning to concentration that builds the gray matter, the neurons and their connections. These, in turn build and strengthen the Pause and Response system.

In meditation, we’re slowing down, we’re calming ourselves, we’re emptying out.  We’re bringing online the Parasympathetic Nervous System to provide overall balance to our ANS. We feel happy, our health improves, our well-being increases, our stress decreases, our actions are more even, and our self-reflection and self-control gets stronger; we’re refreshed.

The Creative Brain

Where do our creative ideas come from? Even if we think we’re not creative, all of our brains have what it takes.  To be creative, the whole brain needs to be in the best mind state for the job.

This doesn’t mean that everyone has to approach creativity in the same way. What each of us does when we are doing something creative can be very different. Some of us wake up from a dream saying, “I’ve got it!” Others work  in a certain place or at a certain time of day. And, then, there are those of us who just take a walk.  Which way we choose to work creatively doesn’t seem to matter.

What does matter is what goes on in our brains. Back in the 70s, creativity was thought to be solely a right brain activity. Today we know that it is a whole brain activity: Left-right, top-bottom, as creativity requires the brain to access a large web of connections. Neuroscientists now tell us tell us that about 300 milliseconds before an “aha moment,” when the creative answer comes to us, our brains go into very high gamma activity (neural oscillation with a frequency between 25 to 100 Hz) allowing the binding together of neurons as far flung brain cells connect in a new neural network creating a new association. This heightened activity takes place in the temporal lobe centered on the side of the right neocortex. This is the part of the brain that understands metaphor, gets jokes, comprehends the language of the unconscious, as well as that of poetry, art, and myth.  At this same moment the right brain uses its longer connections to other parts of the brain to collect more information and put it together in a novel way.

And before that 300 milliseconds? That’s just as critical, too. First, we have to concentrate intently on the problem or goal. But, if we just think and think about it, or try to force an insight, we stymie creativity. That’s why the next stage is critical, too. Just let go. In this state the brain enters a high alpha rhythm (neural oscillations in the frequency of 8-12 Hz), signaling mental relaxation, that state of openness when we are more receptive to new ideas. Being in this alpha state sets the stage for the gamma spike when new neural connections make novel associations and the new creative idea enters our consciousness.

You’re probably asking now, “But how do I get my brain to do this?” Each of us has to discover what’s the best way to concentrate with high focus on the problem. We may sit down at our desk with paper and pen or take a walk to clear our heads of everything but the problem at hand. You get the idea. Then once we’ve accomplished that deep focus, we don’t think about the problem any more. We just let go and relax. Meditation evokes this relaxed and open state and focusing on the breath is an excellent approach, especially for beginners. In meditation, the brain relaxes into alpha rhythm. Once in alpha, all is ready for the brain’s leap into high gamma activity leading to the aha moment, a feeling of joy, and the coming into consciousness of the novel idea or solution. Practice makes perfect. Habitually doing the stages of intense concentration followed by completely letting go make the difference.

There’s one more thing. Novel ideas are fragile so it is best to surround ourselves and our creative ideas with a supportive environment and with those who are willing to help the fledging flourish.

Feeling Happy When We Don’t Get What We Want

In this Ted Talk, psychologist Dan Gilbert talks about feeling happy even when things don’t go as planned and teaches us how we do it by using our  “psychological immune system,” or our ability to make happiness.

In explaining how we synthesize happiness, he shows us how “impact bias” makes us believe different outcomes are more different than they are.  Ponder this. One year out, Paraplegics and lottery winners have the same amount of happiness.

Curious?  This video runs about twenty minutes. Dive in. You’ll laugh and you’ll learn how we are built for happiness even when we are stuck. On a mobile device? Watch Dan’s Ted Talk here: http://www.ted.com/talks/dan_gilbert_asks_why_are_we_happy.html