One of the most upbeat people I know is Richard Davidson, a friend since my grad school days, now a neuroscientist at the University of Wisconsin at Madison and Director of the Center for Investigating Healthy Minds.
Richie, as everyone calls him, has always been one of those people whose mere presence brings a good feeling. And now, because of his research, I know why: I suspect his brain has a beneficial emotional setpoint.
Richie has been studying the emotional dynamics of the brain for decades. Along the way he discovered that when we're in a down mood -- irritable, anxious and grouchy -- our brain has high activity in the right prefrontal area, just behind the forehead. But when we're in an upbeat mood -- energized, enthusiastic, optimistic -- there's lots of activity on the left side of the prefrontal area.
Each of us has a typical ratio of left-to-right activity when we're just at rest. And this ratio predicts fairly well our typical, day-to-day mood range.
There's a bell curve for this ratio, like the one for IQ: most of us are in the middle, with some good days and some bad days. Those who are tipped to the far right are likely to have clinical levels of depression or anxiety. And those whose setpoint tips far to the left are able to bounce back quickly from upsets.
The good news: we can nudge our setpoint more to the left. Richie teamed up with another old friend, Jon Kabat-Zinn, founder of the mindfulness-based stress reduction (MBSR) program at the University of Massachusetts medical school. Jonny, as he's known to his friends, teamed up with Richie to study folks working at a high-stress biotech startup.
Jonny taught mindfulness to a group of the biotech workers and had them practice about half an hour a day for eight weeks. Richie measured their brains before and after. The result: at first their emotional setpoint was tilted toward the right -- they were, after all, on a hectic, 24/7 schedule. But after eight weeks, the mindfulness group on average showed a greater tilt toward the left.
What's more, they spontaneously said that now they were in touch again with what they loved about their jobs, with why they had gotten into the field into the first place.
The bonus: Richie tells me that the biggest boost in the tilt to a happier brain comes in the first months of mindfulness practice, not after long years. But even so, to get the benefits, you've got to practice daily.
Mindfulness is not some exotic ritual; in essence, it helps us train our minds to focus on what matters in the moment and to resist distractions. There may be no mental skill more essential in this era of constant distraction.
The instructions are easy to follow; Jon Kabat-Zinn has taught the method to people around the world. You can even practice mindfulness while on a long drive or during your morning commute. What better way to start the day?
Deepak Chopra: Memories and Emotions: All in The Mind or the Brain?
Mindfulness meditation training changes brain structure in eight weeks
YouTube - Mindfulness and the Brain with Jack Kornfield and Dan Siegel
http://mindfulnesswalks.wordpress.com/2011/05/07/mindfulness-is-home-sweet-home/
There are one or two significant peer-reviewed studies on mindfulness meditation and brain patterns, and neither showed lasting, day-to-day positive effects that translate into "this particular meditation significantly improves brain function." Hopefully such studies will be forthcoming.
Not that the hard science in meditation research doesn't exist--there is research demonstrating that certain meditative states correspond to specific brain patterns and that major categories of practices have their own EEG signature.
Heightened EEG coherence and brain integration, especially in the prefrontal cortex, does signify that the brain and nervous system is working more efficiently. Recent studies on business execs, athletes, musicians and meditating students shows that peak performers consistently display higher EEG coherence and integration (parts of the brain working together). So far, among meditation practices this heightened EEG coherence has been seen only in subjects practicing Transcendental Meditation, who had higher brain integration and coherence than the other groups mentioned.
Mindfulness produces a different brain pattern. See Cahn's research on mindfulness, and Travis on TM and other practices, both in Cognitive Processing 2010.
http://emttrainingclass.org
Miles "Mel Brooks Rocks" Long