Thank you for another amazing session you all.
And in this stressful world we need every tool we can get. I'm starting with ten minutes a day, but I'm already noticing a desire to go longer than that, to about 20-30 minutes a day which seems to be the recommended target (when you have the time, that is!).
More on stress, burn-out, and the 'brain daimage' connection:
_http://www.edutopia.org/blog/teacher-burnout-neurology-judy-willis-md
And how meditation helps remedy this:
http://www.sott.net/article/260547-The-fascinating-ways-meditation-transforms-your-brain-and-why-it-makes-you-feel-better
dugdeep said:Lilyalic said:Thank you for the session, especially the information about training the mind. It does seem really difficult, after just attempting then of "breathe in, first line, breathe out", my mind will repeat the first line until the second line to sort of remember what comes next, or it'd rush to the next line. Strange!
Yup, it definitely takes practice! So far I've only been able to make it through the prayer four times when part way through the fifth my mind wanders off and I lose my place. I haven't practiced this type of meditation in years, and it's obvious that if you don't use that "muscle", you lose it! My mind is out of shape at this point - time to pick a mental exercise routine!
And in this stressful world we need every tool we can get. I'm starting with ten minutes a day, but I'm already noticing a desire to go longer than that, to about 20-30 minutes a day which seems to be the recommended target (when you have the time, that is!).
More on stress, burn-out, and the 'brain daimage' connection:
_http://www.edutopia.org/blog/teacher-burnout-neurology-judy-willis-md
What I offer from the nexus of my dual careers as a neurologist and classroom teacher are interpretations and correlations from the neuroscience research to teaching and learning. Neuroimaging studies reveal the metabolic changes in regions of the brain where activity increases or decreases in response to emotional or sensory input.
There are specific and reproducible patterns of changing neural activity and brain structures associated with stress. In the high-stress state, subject's scans reveal less activity in the higher, reflective brain and more activity in the lower, reactive brain that directs involuntary behaviors and emotional responses. Prolonged stress correlates with structural increases in the density and speed of the neuron-to-neuron connections in the emotion-driven reactive networks of the lower brain, and corresponding decreased connections in prefrontal cortex conscious control centers.
The explanation of these changes is generally attributed to the brain's neuroplasticity of "neurons that fire together, wire together." The brain literally rewires to be more efficient in conducting information through the circuits that are most frequently activated.
And how meditation helps remedy this:
http://www.sott.net/article/260547-The-fascinating-ways-meditation-transforms-your-brain-and-why-it-makes-you-feel-better
For example, neuroscientists observing MRI scans have learned that meditation strengthens the brain by reinforcing the connections between brain cells. A 2012 study showed that people who meditate exhibit higher levels of gyrification - the "folding" of the cerebral cortex as a result of growth, which in turn may allow the brain to process information faster. Though the research did not prove this directly, scientists suspect that gyrification is responsible for making the brain better at processing information, making decisions, forming memories, and improving attention.
Indeed, as much of the research is showing, meditation causes the brain to undergo physical changes, many of which are beneficial. Other studies, for example, have shown that meditation is linked to cortical thickness, which can result in decreased sensitivity to pain.
Or take the 2009 study with the descriptive title, "Long-term meditation is associated with increased gray matter density in the brain stem." Neuroscientists used MRIs to compare the brains of meditators with non-meditators. The structural differences observed led the scientists to speculate that certain benefits, like improved cognitive, emotional, and immune responses, can be tied to this growth and its positive effects on breathing and heart rate (cardiorespiratory control).