Posts Tagged ‘brain’

The Brain, Biology and Our Beliefs

Thursday, November 26th, 2009

brain-278x300In a recent Time magazine article entitled, “The Biology of Belief,” it was written that what makes the parietal lobe special is not where it lives but what it does — particularly concerning matters of faith.

If you’ve ever prayed so hard that you’ve lost all sense of a larger world outside yourself, that’s your parietal lobe at work. If you’ve ever meditated so deeply that you’d swear the very boundaries of your body had dissolved, that’s your parietal too. There are other regions responsible for making your brain the spiritual amusement park it can be: your thalamus plays a role, as do your frontal lobes. But it’s your parietal lobe — a central mass of tissue that processes sensory input — that may have the most transporting effect.

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But it’s also true that our brains and bodies contain an awful lot of spiritual wiring.

Dr. Andrew Newberg, a professor of radiology, psychology and religious studies at the University of Pennsylvania and co-founder of Penn’s Center for Spirituality and the Mind. “The way the brain works is so compatible with religion and spirituality that we’re going to be enmeshed in both for a long time.”

When people engage in prayer, it’s the frontal lobes that take the lead, since they govern focus and concentration. During very deep prayer, the parietal lobe powers down, which is what allows us to experience that sense of having loosed our earthly moorings. The frontal lobes go quieter when worshippers are involved in the singular activity of speaking in tongues — which jibes nicely with the speakers’ subjective experience that they are not in control of what they’re saying.

Pray and meditate enough and some changes in the brain become permanent. Long-term meditators — those with 15 years of practice or more — appear to have thicker frontal lobes than nonmeditators. People who describe themselves as highly spiritual tend to exhibit an asymmetry in the thalamus — a feature that other people can develop after just eight weeks of training in meditation skills.

Newberg describes a cancer patient whose tumors shrank when he was given an experimental drug, grew back when he learned that the drug was ineffective in other patients and shrank again when his doctor administered sterile water but said it was a more powerful version of the medication. The U.S. Food and Drug Administration ultimately declared the drug ineffective, and the patient died.

Those who never attend religious services have twice the risk of dying over the next eight years as people who attend once a week.

Source: Time Magazine

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Is Your Brain Carrying Around Too Many Memories?

Wednesday, November 25th, 2009

cov_memoryAccording to recent research it is a good thing to lose memory of certain events as it causes your brain to act more proficiently for the things you want to remember such as intentions. Forgetting not only helps the brain conserve energy, it also improves our short-term memory and recall of important details, according to two recent studies.

Stanford University scientists asked students to study 240 word pairs and then instructed them to memorize only a small subset of the list, requiring the students to selectively retain some pairs and mentally discard others. Then the researchers performed MRI scans on the participants while testing them to see how well they had learned all the pairs.

Those who could most often summon the target pairs were also the worst at remembering the others, suggesting that they were better at unconsciously filtering out unwanted memories. In addition, these subjects’ MRI scans showed reduced activity in the prefrontal cortex, an area associated with detecting and resolving memory conflicts.

“When we want to remember things that are relevant, we put in much less neural effort if we have forgotten the things that are irrelevant,” says psychologist Anthony Wagner, a co-author of the paper.  The findings suggest that memory suppression helps conserve energy and improve efficiency – and some research indicates that efficient brains think faster.

A second study reveals that working memory, a form of short-term memory that both passively stores and actively manipulates information, benefits from an inhibition of long-term memory. Researchers investigating mice used x-rays or genetic techniques to stop the formation of new neurons in the hippocampus, which is important for long-term memory.

These mice performed maze-related working memory tasks better than normal mice did, suggesting “that by impairing one form of memory, long-term memory, it is actually possible to improve another form,” says Gael Malleret, a neuroscientist at Columbia University and co-author of the study. So if you accidentally call Lucy “Melissa,” take heart – your brain probably just chose to dump her name in favor of a more crucial fact, such as where you left your keys.

At the SHOCK Wealth System Financial Destiny University Program, we send students through a “Mental Surgery” process to distill what memories are no longer frequency specific to their current intentions and goals in life. Removing these emotionally charged memories automatically aligns the student to their core intentions without subconscious interference from preexisting memorial programs.

It’s analogous to people who have “pack rat syndrome” not being able to find their favorite pair of shoes in the closet because of the clutter of countless shoes already in their closet. At SWSu,  students get the opportunity to “spring clean” their brain; creating the byproduct of hyper-manifestation induced by their intentions.

Call for your complimentary pre-enrollment session  at (888) 460-7847 or visit www.shockwealthsystem.com.

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SHOCK Wealth System Financial Destiny University Program