Showing posts with label Meditation for Dummies. Show all posts
Showing posts with label Meditation for Dummies. Show all posts

Tuesday, November 8, 2011

"I don't have the attention span to meditate"

Wisdom Quarterly (INTERVIEW with Fat Joe) no relation to Fat Mike

  • Joe, do you or could you meditate?
"What? I have ADHD. At least I think I do. My mom's doctor gave me speed [the chemical pharmaceutical Ritalin], so I do now anyway."

[Still drinking soda, eating fast food (excitotoxins and cancer-forming carbs, adulterated fats, sugars), watching TV (commercials)...]

"There's no way I can meditate. I can't pay attention. I've been sitting here playing Call of Duty: Black Ops for like 12 hours.

"If I try to meditate, I'll fall asleep. So, like, forget it. My phone keeps going off, texts, uh... What was I saying?

"I'm so fat and losing my hair. I look like Da' Buddha, or who's that guy at the Chinese take-out, Hotei Budai? You know, you rub his belly. Anyway. What, like, you sit down, like, on the floor on a cushion? Dude. No way! Maybe after some primo bud..."
  • But, Joe, how are you able to pay attention to those videogames for 12 hours?
"What d'ya mean?"
  • If you have Attention DEFICIT and Hyperactive Disorder, where are you getting all this attention?
"Oh-oh, I see! Hmm, huh, yeah. Medication? This game's exciting! Isn't meditation, like, BORING? Just sitting there staring at your belly button. What is meditation? I can't do it! I don't have the attention span to meditate."


Fact Find Tour Inside Joe's Head



Short Attention Span Theatre "Leaving Jesusland" (NOFX)

Meditation as treatment for ADHD (ABC News)

Friday, May 20, 2011

The Neuroscience of Meditation

Dr. Shock M.D., Ph.D.
Science of meditation: "Functional MRI shows how Mindfulness Meditation changes decision-making process" (freakingscience blog).

Meditation is different from either rest or sleep. It’s a wakeful hypometabolic state with lowered sympathetic activity as opposed to the fight and flight reactions that requires an active sympathetic system.

Parasympathetic activity is increased, which is important for relaxation and rest. This increase is characterized by reduced heart rate, lower systolic blood pressure, lower oxygen metabolism, and an increase in skin resistance.

So it is not only a rest state, but also physiological relaxation related to stress relief.


What is the effect of meditation on the brain?
During meditation not only general relaxation is experienced but also a reduction of mental activity and positive affect [emotion or feeling].

During meditation the reduced mental activity is modified by increased activation of networks of internalized attention. These trigger activity in regions that mediate positive emotions.

Activity in networks related to external attention and irrelevant processes are decreased.

The networks activated for internal attention and positive mood are mainly located in the frontal and subcortical brain regions. More specifically, this positive affect increases the activity in the left prefrontal and limbic region of the brain.

The internal focused attention is thought to originate in an activation of frontal and thalamic region of the brain. There is also some evidence that experienced meditators show these activations and deactivations to a greater extent than novice meditators.

In conclusion, there is converging evidence that fronto-parietal and fronto-limbic brain networks seem to be activated in the attention practices that lead to meditation, presumably reflecting processes of internalized sustained attention and emotion regulation.

It should be kept in mind that these findings relate to meditation in general.

Different kinds of meditation can result in slightly different activation and deactivation patterns. Different brain activation networks can thus be activated by different meditation traditions.

These findings mostly result from comparison of small groups of experienced meditators compared to novices.

ResearchBlogging.org


Rubia, K. (2009). The neurobiology of Meditation and its clinical effectiveness in psychiatric disorders Biological Psychology, 82 (1), 1-11 DOI: 10.1016/j.biopsycho.2009.04.003