In the past year considerable research has been done on how meditation increases awareness while, also, increasing  physical and mental health. Perhaps, the greatest advance this year is understanding the possible mechanisms of how meditation changes the brain and brings about positive mental changes. In totality, recent research shows that meditation increases and strengthens brain centers and connections for awareness, concentration and control and decreases brain centers and connections of fearfulness and negative affect. Pain: In research where a measured painful stimuli was given to subjects, advanced meditators felt less pain, but, in fact, had more brain activity in the pain centers. Meditation caused decreased connectivity between the anterior cingulate (a region of pain experience) and the pre frontal cortex (awareness). Research now shows that during the resting state, there is increased association activity from many parts of the brain.
Daydreaming (DMN) helps resolve problems because the brain sorts through past experiences without random influences. The DMN is able to bring more brain regions and associations into the decision making process than just thinking. Solutions appear when the distraction is very habitual and simple, allowing the unconscious associative process to connect widely disparate parts of the brain.
Recent research shows that, when active, DMN brain regions inhibit other regions that are related to focused attention. Another brain change that could be related to this is increased gyrification, which allows better connectivity. Also, meditation increases the size of hippocampus helping memory, and the frontal cortex that helps control emotions and impulses. Recent research shows that the brain is incredibly active, each day forming new brain circuits, axons, dendrites and synapses and newly minted neurons with every act of learning. The wider ranging and complex the altered neuronal networks, the more it is correlated with a powerful experience. Meditation combines focused mental concentration, non-directive mental observation, physical postures or movements, observation of the breath, observation of mental images and sounds, mantras and song.
After many years of meditation, brain imaging shows that resting brains are the same as when beginners are meditating. Advanced Tibetan Buddhist monks were measured as having the largest gamma brain waves ever recorded during a compassion loving kindness meditation, across the frontal and parietal regions usually associated with focused attention.
Advanced Martial Arts: Brain scans of karate black belts shows that the unusual power of the karate punch comes from the brain not the muscles.
In a cold mountainous region, using an advanced meditation technique known as g Tum-mo, Buddhist monks were able to have a deep meditation where they could dry wet 3×6 foot sheets.
There are many ways to meditate, but the most studied are compassion meditation, mindfulness, Transcendental Meditation, Yoga and Tai Chi.
All types of meditation show similar strengthening in the Default Mode Network (DMN) and better concentration. All types of meditation increased gyrification, or folding, of the cortex, which increased with the number of years of meditation practice.


Mindfulness Meditation showed increased circuits in right frontal cortex, insula cortex and right parietal and temporal regions.
Transcendental Meditation (TM): TM increased synchronous oscillations throughout the brain, and showed more activity in attention regions of frontal and parietal brain, decrease in thalamus sensory region and basal ganglia used for choosing actions. Tai Chi:  In the elderly, there were increased growth factors that stimulate new brain cells. Compassion versus mindfulness meditations showed strong response to human suffering in the first, and more stability for all emotion in the latter. Compassion meditation, with focus on increasing compassion and empathy, showed decrease in positive or neutral images, but it increased with negative images showing human suffering. Yoga with breathing exercises, meditation and relaxation improved general health, produced better activities of daily living and better control of cortisol.
Inflammation in Yoga: After three months of yoga fatigue was lower, vitality higher and there were reduced inflammation factors—interleukin-6 (IL-6), interleukin-beta (IL-beta) and tumor necrosis factor-alpha (TNF-alpha).
Meditation brain changes in Alzheimer’s: Mindfulness showed increase connections in DMN between posterior cingulate, medial pre frontal cortex and left hippocampus. Soldiers had better biofeedback tests of muscular and neurological reactions to stress after 10 days of meditation, yoga and martial arts. Another study showed that after 8 weeks of meditation soldiers more resembled SEAL and had decreased stress. After one intensive day of 8 hours of meditation for experienced meditators, genes that cause inflammation proteins and factors were reduced.
Studies showing positive immune alerations from mindfulness meditation, “relaxation response” exercises, and Tai chi, Kirtan Kriya Meditation (KKM), and Yoga for dementia care givers. Meditation strengthens the resting state DMN, which allows for greater efficiency in mental association at any time.
The changes of meditation become permanent after long practice and some regions affected actually shrink back to previous size because of their increase in efficiency.
With so much research, our understanding of the beneficial effects of meditation will only increase.
This entry was posted in Blog, Human Brain, Neuronal Plasticity and tagged All types of meditation decreased inflammation, Meditation decreased depression and anxiety, Meditation decreases hyper connectivity to decrease anxiety and depression, Meditation helped heart disease, Meditation Helped PTSD, Meditation increases awareness of pain but less experience of pain, Meditation increases centers and connections of awareness, Meditation increases connections of Default mode network, Meditation increases gyrification, Meditation strengthened immune system. Finally, EGOCREANET within the Project on Quantum Creativity would explore further the impact of Nocebo research on society in order to identify both the positive and negative aspects of the suggestibility of the human brain function in changint the conceptual expectation . Here’s some good evidence Matthieu Ricard used to be a scientist before he converted to Buddhism.
This post will update the latest brain findings and summarize conclusions from previous years. The post will focus first on this theoretical understanding from brain studies, as well as a summary of all conclusions related to meditation and health.
This is distinctly different from drugs for pain, where the brain activity is blocked in the pain centers for a certain amount of hours.


Meditation, by strengthening the DMN, allows the associative process to be generally stronger even when not meditating.
The various meditation techniques increase wide ranging neuroplasticity for each relevant  brain region, strengthening and modifying brain circuits related to compassion, relaxation, stress reduction, and increased concentration. In this advanced state, the pre frontal cortex stops enlarging and starts shrinking back to normal because the brain is more efficient and automatic, in using the new default without concentration.
In all meditation the DMN is altered–briefly in novices and permanently in experienced meditators—to include new brain centers in dorsal anterior cingulate.
The greater the yoga practice, the greater the enlargement of brain regions in the somatosensory cortex (mental map of body), superior parietal cortex (attention) and visual cortex (from visualization techniques of meditation). Romantic love measured after seeing the face of a lover and spiritual love by meditating on the thought “may all beings be happy”.
It increases the size of brain regions related to awareness and self control and decreases regions of negative affect.
Therefore, the brains of very advanced meditators, when not meditating, look like the brains of others while they are meditating. I believe that these issues are worthy of intense scientific development of the Quantum Brain Theory and will lead to fundamental insights of creativity into human future wellbeing advancements. You can google his name and find out more about the studies they did when they hooked him up to a brain scanner to see the images of his brain. The previous posts noted meditation practice dramatically strengthens the DMN centers and circuits.
The brain needs periods of downtime to sort through what has occurred and what is important without the new random influences of the environment. Complicating this picture is that different types of brain research have been done for the different techniques. In meditators, brain regions triggered by romantic lover stimuli (reward regions) are turned off completely when contemplating spiritual love. It postulated that it occurs because mindfulness meditators are better able to regulate alpha brain oscillations that filter sensory information. This correlates with the well known observations of meditation schools, that the non directed self observation and spiritual awareness of meditation must eventually become the normal brain state during any activities of life.
If this Isn’t enough take a look at the brain waves during meditation and how melatonin works since this basically plays in to how the mitochondria creates cell energy for our bodies.
It is not clear whether these momentary increases in DMN and decreases in other brain regions are part of the basic memory and decision-making process. These changes could be related to many positive effects of meditation that need more research to elucidate.



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