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Your Brain’s Manifestational Superpowers

Clinical EFT Therapy Validated as Evidence-Based Practice for Psychological and Physiological Conditions2

A comprehensive scientific review of a therapy called Clinical EFT (Emotional Freedom Techniques) has been published in a top peer-reviewed journal, Frontiers in Psychology.

It compared the evidence for EFT against criteria published by the American Psychological Association (APA) Division 12 Task Force on Empirically Validated Therapies. Summarizing the results of 56 randomized controlled trials, it found that EFT is highly effective for anxiety, depression, phobias, PTSD, and stress symptoms.

EFT, also known as acupoint tapping or simply “tapping,” is a practice that combines acupressure (tapping on acupuncture points) with elements of conventional psychological methods like cognitive processing and exposure therapy (focusing on distressing memories). Studies show that the addition of acupressure rapidly reduces the emotional triggering that results from disturbing events.

In the past decade, research in EFT has increasingly focused on objective biological markers such as cortisol levels, immune function, brain activity, and gene expression. It has also been used to successfully treat physical conditions including pain, insomnia, and autoimmune diseases.

The results of randomized controlled trials, the gold standard of research, showed EFTs effects to extend beyond the subjective perceptions of stress measured in psychology. The paper’s coauthor and EFT pioneer Dr. Dawson Church observed that, “Self-reporting and subjective change is one thing, but objective change means that independent of what you think or report, there are external positive changes that are measurable.”

The review concludes that Clinical EFT is “efficacious for a range of psychological and physiological conditions. Treatment is associated with measurable biological effects in the dimensions of gene expression, brain synchrony, hormonal synthesis, and a wide range of biomarkers.”

The paper noted several other characteristics of the treatment method. Comparatively few treatment sessions are required, treatment is effective whether delivered in person or virtually, and symptom improvements persist over time. Also, EFT works well as group therapy, which makes it cost effective to administer.

EFT is also unusually safe, with no reports of adverse events in the more than 2,000 study participants. This has led to it being characterized by the US Veterans Administration as a “generally safe therapy.” The paper notes the prevalence of “simultaneous symptom reduction,” where multiple psychological conditions (such as depression and anxiety) and physiological diagnoses (such as pain and insomnia) decline at the same time.

With over 125 studies now published in peer-reviewed journals, Clinical EFT is one of the most-researched treatment methods in the field of psychology. The review paper found it to be a stable and mature method with an extensive evidence base, capable of being used in primary care settings as a safe, rapid, reliable, and effective treatment for both psychological and medical diagnoses.

Shapeshifting. Time travel. Invulnerability. Precognition. Mind reading. Telekinesis.

As a teenager, I was fascinated by the superpowers that comic-book characters possessed. Haven’t you imagined how awesome your life would be if you could know the future, read minds, change your body, move objects with your intentions, and manifest whatever you wanted?

Such flights of fancy were a diversion from my daily reality. I felt miserable and powerless, stuck in a family and situation I could not change. My parents divided their time between the US, the UK, and South Africa. They were missionaries, carrying all the baggage of fundamentalist religion. Superpowers were not part of the equation.

The science I learned in school was similarly static. Biology taught that our brains grew till the age of around 17, at which point they’d attained their adult size and shape and didn’t change much for the rest of our lives.

Science also had concepts of what the mind was. As evolution created progressively complex neural networks, going from the simple ganglia of nematode worms to the large prefrontal cortex that crowns the human head, something called “mind” arose. Scientists regarded the mind as an “epiphenomenon” of the brain’s increasing intricacy. Human beings could compose poetry, record history, make music, and execute calculus due to the mental activity arising from the brain embedded in the bony skull.

Fast forward to today. Neuroscience now understands that brains aren’t static. Cellular activity constantly roils the brain, destroying molecules and creating new ones (Stoll & Müller, 1999).

Even the structure of each nerve cell changes constantly. Microtubules are the scaffolding that provides cells with their rigidity, similar to the ways girders give a building its shape. Between creation and destruction, brain microtubules have a shelf life of just 10 minutes (Kim & Coulombe, 2010). Your brain isn’t like jelly that’s been set in a mold. It’s more like soup on the boil.

Microtubules are the stiff skeletal structures that shape a cell.

In this seething mass of activity, the most active neural circuits grow. Just the way the muscles of a bodybuilder get bigger as he practices lifting heavier weights, our neural circuits grow when we exercise them.

The great news here is that we can choose which circuits to develop. Boost emotions like love, compassion, awe, and joy, and you’re sending signals through those parts of the brain. Make practices like time in nature, mindful eating, heartfelt conversation, EcoMeditation, EFT acupressure tapping, conscious breathing, and other forms of stress-reduction part of your day.

As you fire those neural circuits repeatedly, they grow. You then have the neural hardware for superpowers like love, peace, joy, and wisdom!

References

Kim, S., & Coulombe, P. A. (2010). Emerging role for the cytoskeleton as an organizer and regulator of translation. Nature Reviews Molecular Cell Biology, 11(1), 75-81.

Stoll, G., & Müller, H. W. (1999). Nerve injury, axonal degeneration and neural regeneration: Basic insights. Brain Pathology, 9(2), 313-325.

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