Neural Pathways Quotes

So, attend carefully to your posture. Quit drooping and hunching around. Speak your mind. Put your desires forward, as if you had a right to them—at least the same right as others. Walk tall and gaze forthrightly ahead. Dare to be dangerous. Encourage the serotonin to flow plentifully through the neural pathways desperate for its calming influence.

After a fairly shaky start to the day, Arthur's mind was beginning to reassemble itself from the shell-shocked fragments the previous day had left him with. He had found a Nutri-Matic machine which had provided him with a plastic cup filled with a liquid that was almost, but not quite, entirely unlike tea. The way it functioned was very interesting. When the Drink button was pressed it made an instant but highly detailed examination of the subject's taste buds, a spectroscopic analysis of the subject's metabolism and then sent tiny experimental signals down the neural pathways to the taste centers of the subject's brain to see what was likely to go down well. However, no one knew quite why it did this because it invariably delivered a cupful of liquid that was almost, but not quite, entirely unlike tea.

It takes an intellectual and physical effort to shove aside the comfortably worn neural pathways and go in a different direction.

There is a tension between what is good for someone and what they want to do. This is because people, especially older people, like to do things as they've always done them. The problem is that when the brain develops ingrained habits, it doesn't need to think anymore. Things get done very quickly and efficiently on automatic pilot, often in a very advantageous way. This creates a tendency to stick to routines, and the only way of breaking these is to confront the brain with new information.

As modern-day neuroscience tells us, we are never in touch with the present, because neural information-processing itself takes time. Signals take time to travel from your sensory organs along the multiple neuronal pathways in your body to your brain, and they take time to be processed and transformed into objects, scenes, and complex situations. So, strictly speaking, what you are experiencing as the present moment is actually the past.

People don’t really learn when you tell them something. They don’t even really learn when they do something. They start learning, start creating new neural pathways, only when they have a chance to recall and reflect on what just happened.

In the economy of the body, the limbic highway takes precedence over the neural pathways. We were designed and built to feel, and there is no thought, no state of mind, that is not also a feeling state. Nobody can feel too much, though many of us work very hard at feeling too little. Feeling is frightening. Well, I find it so.

Unrelenting criticism, especially when it is ground in with parental rage and scorn, is so injurious that it changes the structure of the child’s brain. Repeated messages of disdain are internalized and adopted by the child, who eventually repeats them over and over to himself. Incessant repetitions result in the construction of thick neural pathways of self-hate and self-disgust. Over time a self-hate response attaches to more and more of the child’s thoughts, feelings and behaviors. Eventually, any inclination toward authentic or vulnerable self-expression activates internal neural networks of self-loathing. The child is forced to exist in a crippling state of self-attack, which eventually becomes the equivalent of full-fledged self-abandonment. The ability to support himself or take his own side in any way is decimated. With ongoing parental reinforcement, these neural pathways expand into a large complex network that becomes an Inner Critic that dominates mental activity. The inner critic’s negative perspective creates many programs of self-rejecting perfectionism. At the same time, it obsesses about danger and catastrophizes incessantly.

NirVana chakra is the chakra of neuroplasticity. It allows the brain to continuously change and adapt, and build new neural connections as needed, and abandoning the pathways that drags people down.

He had found a Nutri-Matic machine which had provided him with a plastic cup filled with a liquid that was almost, but not quite, entirely unlike tea. The way it functioned was very interesting. When the Drink button was pressed it made an instant but highly detailed examination of the subject’s taste buds, a spectroscopic analysis of the subject’s metabolism and then sent tiny experimental signals down the neural pathways to the taste centers of the subject’s brain to see what was likely to go down well. However, no one knew quite why it did this because it invariable delivered a cupful of liquid that was almost, but not quite, entirely unlike tea. The Nutri-Matic was designed and manufactured by the Sirius Cybernetics Corporation whose complaint department now covers all the major landmasses of the first three planets in the Sirius Tau Star system.

We focus on other people’s faults. There is a saying that the world is divided into people who think they are right. The more inadequate we feel, the more uncomfortable it is to admit our faults. Blaming others temporarily relieves us from the weight of failure. The painful truth is that all of these strategies simply reinforce the very insecurities that sustain the trance of unworthiness. The more we anxiously tell ourselves stories about how we might fail or what is wrong with us or with others, the more we deepen the grooves—the neural pathways—that generate feelings of deficiency. Every time we hide a defeat we reinforce the fear that we are insufficient. When we strive to impress or outdo others, we strengthen the underlying belief that we are not good enough as we are. This doesn’t mean that we can’t compete in a healthy way, put wholehearted effort into work or acknowledge and take pleasure in our own competence. But when our efforts are driven by the fear that we are flawed, we deepen the trance of unworthiness.

The Hedonistic Imperative outlines how genetic engineering and nanotechnology will abolish suffering in all sentient life. This project is ambitious but technically feasible. It is also instrumentally rational and ethically mandatory. The metabolic pathways of pain and malaise evolved only because they once served the fitness of our genes. They will be replaced by a different sort of neural architecture. States of sublime well-being are destined to become the genetically pre-programmed norm of mental health. The world's last aversive experience will be a precisely dateable event.

When we become an expert in our trauma history and know how we self-victimize and drop into denial, we have an opportunity to create a new reality with a new neural pathway in our brain.

The neural pathways in my brain must have snapped and rearranged themselves, because in that instant, I decide I’m done. My issues with skin contact can go fuck themselves. I grab Bianca’s hand, pull her to my side, and wrap my arm around her. Not close enough. She’s not close enough.

Self-parenting exercises taught me to slowly rebuild healthy self-talk. But it must be said: Even though I know reparenting had helped dozens of my friends and acquaintances, almost everyone has told me it’s exhausting. Reparenting takes time, and concentration, and calmness. It takes an intellectual and physical effort to shove aside the comfortably worn neural pathways and go in a different direction. And even though that effort comes with joyous rewards, sometimes it also comes with sadness. Because expressing the kindness to yourself that you deserve often reminds you of the kindness you didn’t get.

The old adage we usually hear is that “practice makes perfect.” Based on what we know about neuroplasticity and deliberate practice, we should rephrase that to read, “practice makes permanent.” As you organize yourself for this self-reflective prep work, remember that it is not about being perfect but about creating new neural pathways that shift your default cultural programming as you grow in awareness and skill.

What science offers for explaining the feelings we experience when believing in God or falling in love is complementary, not conflicting; additive, not detractive. I find it deeply interesting to know that when I fall in love with someone my initial lustful feelings are enhanced by dopamine, a neurohormone produced by the hypothalamus that triggers the release of testosterone, the hormone that drives sexual desire, and that my deeper feelings of attachment are reinforced by oxytocin, a hormone synthesized in the hypothalamus and secreted into the blood by the pituitary. Further, it is instructive to know that such hormone-induced neural pathways are exclusive to monogamous pair-bonded species as an evolutionary adaptation for the long-term care of helpless infants. We fall in love because our children need us! Does this in any way lessen the qualitative experience of falling in love and doting on one’s children? Of course not, any more than unweaving a rainbow into its constituent parts reduces the aesthetic appreciation of the rainbow.

This is what learning does. It gives us more things to think about so we have less time to get bored, depressed and under-stimulated. It builds on our existing knowledge and expands it. IT leads us to make more connections by linking together more neural pathways. It also connects our brains to other people's brains.

The vulva, clitoris, and vagina are actually best understood as the surface of an ocean that is shot through with vibrant networks of underwater lightning—intricate and fragile, individually varied neural pathways.

The role of dominance and submission in human sexuality cannot be overstated. Our survey suggests that the majority (over 50%) of humans are very aroused by either acting out or witnessing dominance or submission. But it gets crazier than that: While 45% of women taking our survey said they found the naked male form to be very arousing and 48% said they found the sight of a penis to very arousing, a heftier 53% said they found their partner acting dominant in a sexual context to be very arousing. Dominance is literally more likely to be very arousing to the average female than naked men or penises. To say: “Dominance and submission are tied to human arousal patterns” is more of an understatement than saying: “Penises are tied to human arousal patterns.” We have a delectable theory about what is going on here: If you look at all the emotional states that frequently get tied to arousal pathways, the vast majority of them seem to be proxies for behaviors that would have been associated with our pre-human ancestors’ and early humans’ dominance and submission displays. For example, things like humiliation, being taken advantage of, chains, being used, being useful, being constrained, a lack of freedom, being prey, and a lack of free will may all have been concepts and emotions important in early human submission displays. We posit that most of the time when a human is turned on by a strange emotional concept—being bound for instance—their brain is just using that concept as a proxy for a pre-human submission display and lighting up the neural pathways associated with it, creating a situation in which it looks like a large number of random emotional states are turning humans on, when in reality they all boil down to just a fuzzy outline of dominance and submission. Heck, speaking of binding as a submission display, there were similar ritualized submission displays in the early middle ages, in which a vassal would present their hands clasped in front of their lord and allow the lord to hold their clasped hands in a way that rendered them unable to unclasp them (this submission display to one’s lord is where the symbolism of the Christian kneeling and hands together during prayer ritual comes from). We suspect the concept of binding and defenselessness have played important roles in human submission displays well into pre-history. Should all this be the case, why on earth have our brains been hardwired to bind (hehe) our recognition of dominance and submission displays to our sexual arousal systems?!?

In the end, what I love most about contemporary yoga is its ability to synthesize the everyday with the extraordinary, the practical with the visionary, the mundane with the sacred. I love that yoga can work to release my tense muscles, negative emotions, and psychic detritus at the same time. That it can connect me to my body in ways that create new neural pathways in my brain. That it offers a practical tool for coping with everyday stress, as well as an intuitive opening to the hidden magic of everyday life.

No, because we don't have minds as such these days, but tiny snarls of firefly neural pathways signalling no/yes/no, suspended in a greyish cloud inside a round bone bowl. Yes: lovely. No: too lonely. Yes. The world that we think we see is only our best guess.

Studies suggest that humans spend as much as 40 percent of our speech time informing others about our own subjective experiences. It’s believed that doing this fires up neural pathways associated with reward and activates addiction centers in the brain such as the nucleus accumbens.

The systems we will be exploring in order are: ● Breeding Targets: Arousal patterns tied to systems meant to get our ancestors to have sex with things that might bear offspring (e.g., arousal from things like penises, the female form, etc.). ● Inverse Systems: Arousal patterns that arise from a neural mix-up, causing something that disgusts the majority of the population to arouse a small portion of it (e.g., arousal from things like being farted on, dead bodies, having insects poured on one’s face, etc.). ● Emotional States and Concepts / Dominance and Submission: Arousal patterns that stem from either emotional concepts (such as betrayal, transformation, being eaten, etc.) or dominance and submission pathways. ● Emotional Connections to People: While emotional connections do not cause arousal in and of themselves, they do lower the threshold for arousal (i.e., you may become more aroused by a moderately attractive person you love than a very attractive stranger). ● Trope Attraction: Arousal patterns that are enhanced through a target’s adherence to a specific trope (a nurse, a goth person, a cheerleader, etc.). ● Novelty: Arousal patterns tied to the novelty of a particular stimulus. ● Pain and Asphyxiation: Arousal patterns associated with or enhanced by pain and oxygen deprivation. ● Basic Instincts: Remnants of our pre-cognitive mating instincts running off of a “deeper” autopilot-like neurological system (dry humping, etc.) that compel mating behavior without necessarily generating a traditional feeling of arousal. ● Physical Stimuli: Arousal patterns derived from physical interaction (kissing, touching an erogenous zone, etc.). ● Conditioned Responses: Arousal patterns resulting from conditioning (arousal from shoes, doorknobs, etc.).

Reading a book carves brand-new neural pathways into the ancient cortical bedrock of our brains. It transforms the way we see the world. Makes us, as Nicholas Carr puts it in his recent essay 'The Dreams of Readers', 'more alert to the inner lives of others'. We become vampires without being bitten. In other words, more empathic. Books make us see in a way that casual immersion in the Internet, and the quickfire virtual world it offers, doesn't.

After he had sailed around the Mediterranean in 1869, Mark Twain said that travel was “fatal to prejudice, bigotry, and narrow-mindedness.” Neuroscientists have been trying for years to pin down what it is about travel that alters us, how it effects mental change. Neural pathways become ingrained, automatic, if they operate only by habit. They are highly attuned to alterations, to novelty. New sights, sounds, languages, tastes, smells stimulate different synapses in the brain, different message routes, different webs of connection, increasing our neuroplasticity. Our brains have evolved to notice differences in our environment: it’s how we’re alerted to predators, to potential danger. To be sensitive to change, then, is to ensure survival.

requirement of healing, becoming whole, is circuitry in the brain that can carry different messages and a different, nonhelpless image of the self. There is strong evidence that such circuits can develop at any time in life, as can neural pathways to help the cortex to do its job of inhibition and regulation.

When the Drink button was pressed it made an instant but highly detailed examination of the subject’s taste buds, a spectroscopic analysis of the subject’s metabolism and then sent tiny experimental signals down the neural pathways to the taste centers of the subject’s brain to see what was likely to go down well.

So, attend carefully to your posture. Quit drooping and hunching around. Speak your mind. Put your desires forward, as if you had a right to them – at least the same right as others. Walk tall and gaze forthrightly ahead. Dare to be dangerous. Encourage the serotonin to flow plentifully through the neural pathways desperate for its calming influence.  People, including yourself, will start to assume that you are competent and able (or at least they will not immediately conclude the reverse). Doing so, will not genuinely increase the probability that good things will happen to you – it will also make those good things feel better they do happen.

Anomie is the condition of our time. We are poisoned by images, an endless sinister fallout of metaphors, full of purpose but devoid of meaning. Like any addict our means of escape is our prison; the remedy is, in fact, a deadly numbing toxin. When the time comes to feel we have lost the neural pathway. Things touch us without our knowing.

The most critical issue for teens is that THC disrupts the development of neural pathways.

Your conscious repetitive thoughts and experiences create new neural pathways and remove the blockages of the 72000 Nadis and rewire your brain and the subconscious mind.

Any neural pathway is built and strengthened through repetitions. This is why practice is so vital.

White fear is both a social fact and something burned into our individual neural pathways.

Any neural pathway is built and strengthened through repetitions. This is why practice is so vital

Neuroplasticity means that the brain can grow and change throughout our life. Old self-destructive neural pathways can be diminished and new healthier ones can replace them.

When you repeat something enough times, you establish new neural pathways in the brain that your habit flows through effortlessly and automatically, allowing you to literally fuggetaboutit.

In a relationship, one mind revises another; one heart changes its partner. This astounding legacy of our combined status as mammals and neural beings is limbic revision: the power to remodel the emotional parts of the people we love, as our Attractors activate certain limbic pathways, and the brain’s inexorable memory mechanism reinforces them. Who we are and who we become depends, in part, on whom we love.

It is possible, I think as I sit there on the cold wood of the bandstand bench, to see ailing marriages as brains that have undergone a stroke. Certain connections short-circuit, abilities are lost, cognition suffers, a thousand neural pathways close down forever. Some strokes are massive, seminal, unignorable; others imperceptible. I’m told it’s perfectly possible to suffer one and not realize it until much later.

I learned years later that my gratitude practice actually helped me form new neural pathways. The hippie rituals of positive affirmations are not just baloney. Gratitude doesn’t exist only in your mind—you have to feel it in your whole being. Feelings are the shadows of thoughts. When we have negative thoughts, our emotions mirror them with anxiety. You can often see what you are thinking by reverse engineering and studying your feelings.

like abstract mathematics. Scientists have studied “brain plasticity,” the ability of the brain to reorganize neural pathways based on new experiences. It appears that different types of plasticity are dominant at different ages.

Every new way I get to touch her is an explosion in my brain of neural pathways opening up and digging a memory into my brain. Wires crossing and sparking to life a piece of myself I never knew existed. It was lying dormant until this

Adolescence is a formative period of life, when neural pathways are malleable, and passion and creativity run high. The changes that take place in the brain during this period offer us a lens through which we can begin to see ourselves anew.

The more a sufferer concentrates on his symptoms, the deeper those symptoms are etched into his neural circuits. In the worst cases, the mind essentially trains itself to be sick. Many addictions, too, are reinforced by the strengthening of plastic pathways to the brain. Even very small doses of addictive drugs can dramatically alter the flow of neurotransmitters in a person’s synapses, resulting in long-lasting alterations in brain circuitry and function. In some cases, the buildup of certain kinds of neurotransmitters, such as dopamine, a pleasure-producing cousin to adrenaline, seems to actually trigger the turning on or off particular genes, bringing even stronger cravings for the drug. The vital path turns deadly.

Experiencing empathy, the freedom to explore, trust, and insight can reset your default reactions to a more curious, tolerant, and confident stance. Because our brains are plastic, consistently positive experiences do stimulate existing neurons to adapt and connect in different pathways. Nurturing relationships help us grow psychologically and neurally in ways that are not possible in nonnurturing relationships. As adults, our most important opportunity for a nurturing relationship comes through committed partnership. It’s a breakthrough to realize that the purpose of committed relationship is not to be happy, but to heal. And then you will be happy!

The animals’ neural pathways have woven themselves into a new map that corresponds to the new arrangement of nerves in their hands. At first, he can’t believe what he’s seen. Like every other neuroscientist, he’s been taught that the structure of the adult brain is fixed.

Brain Research Through Advancing Innovative Neurotechnologies (or BRAIN) project announced by President Obama, and the Human Brain Project of the European Union, which will potentially allocate billions of dollars to decode the pathways of the brain, all the way down to the neural level.

There were so many facts that Amelia no longer felt certain about (or perhaps she had never known them). She would soon be nearer fifty than forty, and she was sure that every day she could feel more neural pathways disappearing—fusing and arcing and dying—leaving her unable to retrieve information.

babies’ brains build the neural pathways to soothe their upsets every time you soothe them.9 Simply by comforting your baby or toddler when she’s upset, you prompt her body to release calming biochemicals and strengthen her future ability to soothe herself—the most fundamental emotional intelligence skill.

Problem solving and troubleshooting were a source of pleasure for both of them, and narrating the process was the next best thing to doing it. The same neural pathways lit up when you talked your way through the maze as when you actually solved it. Except this time, you were bathed in the glow of having already unraveled the thing.

The truth about resilience is that it's a learned behavior. If you gravitate toward hopelessness, it's not because you're hopeless, but because your brain has done it so many times before. If your mind naturally goes to despair, it's not because your situation is dire, but because you have developed strong neural pathways for despair.

Our brains work automatically to create strategies for avoiding unpleasant feelings (such as anxiety) and masking their severity. This avoidance is built into our neural pathways and wiring and helps us manage stress and keep going. But as our internal and external lives/environments change, we often outgrow these coping mechanisms or they just stop working.

Lexium (TM): Trouble with limited vocabulary? These slow-release capsules are imbued with the latest in infra-cerebral nanobots that will gradually encode your brain with hundreds of thousands of new words while reinforcing the neural pathways to facilitate retention and recall. Now available in French. Kane Faucher, Metapharm, Journal of Experimental Fiction #39

This wiring is manifest in well-worn neural network pathways, which are stimulated by triggers that remind us, implicitly, of childhood experience—our wounds, triumphs and longed-for experiences.

other words, our genitals and our gender identity are not the same. Sexual anatomy and gender identity are the products of two different processes, occurring at distinctly different times and along different neural pathways before we are even born. Both are functions of genes as well as hormones, and while sexual anatomy and gender identity usually match, there are dozens of biological events that can affect the outcome of the latter and

I can now trace my manic adult tendencies to this moment. It was the first time I felt deeply thrilled about something just a fraction of an instant after being completely crushed. I believe those three words “We want you” were enough to cause my brain to rewire itself, and from then on, I would require MORE than other people. At the same time, my tolerance for alcohol was instantly increased, and a new neural pathway was created for the future appreciation of crack cocaine and prescription painkillers.

Research shows that practices like yoga and meditation that help us to focus our attention on the present moment, are especially powerful in restructuring the brain. When new neural pathways are forged, we are able to break free of our default patterns and live more actively in a conscious state. In fact, functional MRI (fMRI) brain scans confirm this,23 showing tangible evidence that consistent consciousness practices actually thicken the prefrontal lobes, the area where our conscious awareness actually lives. Other forms of compassion-based meditation (or just closing your eyes and thinking about someone you love) help strengthen an area called the limbic system, which is the emotional center of the brain. All of this work helps to rewire our brain, disrupt our default thought patterns, and wake us up out of our subconscious-driven autopilot. From this foundation of consciousness we can then begin to witness the conditioned patterns in our thoughts, beliefs, and relationships. This honest self awareness shows us our pathway towards change and ultimately healing.

To stand up straight with your shoulders back is to accept the terrible responsibility of life, with eyes wide open. It means deciding to voluntarily transform the chaos of potential into the realities of habitable order. It means adopting the burden of self-conscious vulnerability, and accepting the end of the unconscious paradise of childhood, where finitude and mortality are only dimly comprehended. It means willingly undertaking the sacrifices necessary to generate a productive and meaningful reality (it means acting to please God, in the ancient language). To stand up straight with your shoulders back means building the ark that protects the world from the flood, guiding your people through the desert after they have escaped tyranny, making your way away from comfortable home and country, and speaking the prophetic word to those who ignore the widows and children. It means shouldering the cross that marks the X, the place where you and Being intersect so terribly. It means casting dead, rigid and too tyrannical order back into the chaos in which it was generated; it means withstanding the ensuing uncertainty, and establishing, in consequence, a better, more meaningful and more productive order. So, attend carefully to your posture. Quit drooping and hunching around. Speak your mind. Put your desires forward, as if you had a right to them—at least the same right as others. Walk tall and gaze forthrightly ahead. Dare to be dangerous. Encourage the serotonin to flow plentifully through the neural pathways desperate for its calming influence. People, including yourself, will start to assume that you are

In one of the few memoirs of self-injury, Caroline Kettlewell describes her recovery in terms of neural pathways—the “groove” worn into her mind, the “wrong turns and dark corridors” marked by her history of cutting. Once she learns how to stand “the awful agony of unhappiness” without reverting to the bodily jolt of broken skin, she changes the map of psychological struggle in her mind. “[E]very time I gut it through and survive,” she concludes, “I’m reshaping the structure and the chemistry of my thoughts, wearing new paths less tortured and convoluted than the old ones.”   Cutting

The four main neural pathways meditation transforms are, first, those for reacting to disturbing events—stress and our recovery from it (which Dan tried not so successfully to document). As we will see, the second brain system, for compassion and empathy, turns out to be remarkably ready for an upgrade. The third, circuitry for attention, Richie’s early interest, also improves in several ways—no surprise, given that meditation at its core retrains our habits of focus. The fourth neural system, for our very sense of self, gets little press in modern talk about meditation, though it has traditionally been a major target for alteration.

Raising Nedda was painful in ways he hadn’t anticipated, as though a cord connected them, its pull as strong as any chemical bond. One day, it would break and she would leave. Eleven was a spectacular age. Her brain was blooming, her mind ripe for learning. She was building new cells to contain everything she learned, forging new neural pathways, and each day she was different, a little more, a little brighter. All the while, his brain was wearing down; every brain over twenty-five was. Nedda was at the point of infinite potential, the moment where genius was born. What an incredible thing it would be to hold on to that precise moment.

He had found a Nutri-Matic machine which had provided him with a plastic cup filled with a liquid that was almost, but not quite, entirely unlike tea. The way it functioned was very interesting. When the Drink button was pressed it made an instant but highly detailed examination of the subject’s taste buds, a spectroscopic analysis of the subject’s metabolism and then sent tiny experimental signals down the neural pathways to the taste centers of the subject’s brain to see what was likely to go down well. However, no one knew quite why it did this because it invariably delivered a cupful of liquid that was almost, but not quite, entirely unlike tea.

Before running into the ocean, we’d put our hands to the sky, say a short prayer and take three very deep breaths, before proceeding to run in, whooping like the children we are at heart. Greg also taught me that when you’re coming out of the water you should raise your hands to the sky and say thank you, to show gratitude for everything you have in your life. Greg told me that Einstein had appeared to him in a dream, saying that walking backwards off the beach would create new neural pathways. So we always walked backwards off the beach, keeping our eyes on the ocean, picking up pieces of littered plastic along the way. “Try to leave every environment better than when you found it,” he told me.

We might ask what role relational neuroscience plays in these kinds of experiences. For me, it begins with the body. Cultivating an understanding -- and most importantly a felt sense -- of these neural pathways helps us attune body to body with our people as they enter these deeper, more challenging realms. Through resonance, our capacity to attend to our bodies while remaining in a ventral state gradually becomes theirs. An indispensable support comes from our left hemisphere's deepening understanding of the particulars of the healing process. The stability this provides helps our right stay as engaged as possible in the relationship with all its emerging uncertainty. When Joshua became so suddenly depressed, Jaak Panksepp came to mind, so I could remain curious rather than scared. When Caroline entered increasingly intense states with her mother, Stephen Porges helped me remain mindful of our joined windows of tolerance and the necessity of staying in connection for co-regulation and disconfirmation to occur. The whole process of leading, following and responding rests on his statement, "Safety IS the treatment". In the broadest way, Dan Siegel's voice fosters deep acquaintance with the principles of interpersonal neurobiology, which supports hope for healing, confidence in our inherent health, and appreciation for our co-organizing brains. Each of these strands of knowledge increases our trust in the process. You may sense yourself adding to the list those that have been most helpful for you.

Neural pathways become ingrained, automatic, if they operate only by habit. They are highly attuned to alterations, to novelty. New sights, sounds, languages, tastes, smells stimulate different synapses in the brain, different message routes, different webs of connection, increasing our neuroplasticity. Our brains have evolved to notice differences in our environment: it’s how we’re alerted to predators, to potential danger. To be sensitive to change, then, is to ensure survival. Professor Adam Galinsky, an American social psychologist who has studied the connection between creativity and international travel, says that ‘Foreign experiences increase both cognitive flexibility and depth and integrativeness of thought, the ability to make deep connections between disparate forms.

Athena’s helmet may represent the protection of our neural pathways, as mentioned earlier. The experience of trauma affects our ability to think clearly. Therefore the work of healing requires the clear thinking and clear seeing which are also Athena’s gifts. The quality of mindfulness, defined by Bessel van der Kolk as the ability ‘to hover calmly and objectively over our thoughts, feelings and emotions,’ is a key part of recovery and also of Athena’s mental power. The theme of protection manifests when Athena places Medusa’s head on her breastplate or aegis, right in the centre of her heart. Medusa’s head now becomes the universally powerful apotropaic emblem, the Gorgoneion, placed on shields, walls, houses, temples, roofs, gates and entryways throughout Classical antiquity and even in the present day. I believe this action has profound significance for our theme of healing from trauma.

I could only reply that I think—I theorise—that something—something else—happens to the memory over time. For years you survive with the same loops, the same facts and the same emotions. I press a button marked Adrian or Veronica, the tape runs, the usual stuff spools out. The events reconfirm the emotions—resentment, a sense of injustice, relief—and vice versa. There seems no way of accessing anything else; the case is closed. Which is why you seek corroboration, even if it turns out to be contradiction. But what if, even at a late stage, your emotions relating to those long-ago events and people change? That ugly letter of mine provoked remorse in me. Veronica’s account of her parents’ deaths—yes, even her father’s—had touched me more than I would have thought possible. I felt a new sympathy for them—and her. Then, not long afterwards, I began remembering forgotten things. I don’t know if there’s a scientific explanation for this—to do with new affective states reopening blocked-off neural pathways. All I can say is that it happened, and that it astonished me. So,

if there is no proof that a depressed person has a chemical imbalance, and you choose nevertheless to put that person on a medication that will alter neurotransmitter levels in his or her brain, then in effect you are causing a chemical imbalance rather than curing one. According to Steven Hyman, a neuroscientist and former director of the National Institute of Mental Health, all psychotropic drugs cause “perturbations in neurotransmitter functions.” And this is Whitaker’s main point. We are subjecting millions of brains to drugs that change natural neurotransmission, sometimes radically, disturbing and upsetting the complex interplay inside our heads, clogging neural pathways with excess chemicals, and sometimes causing the entire brain, which is intricately interlinked, to malfunction in ways we do not yet understand. An unmedicated depressed patient does not have a known chemical imbalance in his brain, but once he ingests Prozac, he will. The drug crosses the blood-brain barrier and gets to work, jamming serotonin into the synaptic cleft. Whitaker explains the result this way: “Several weeks later the serotonergic pathway is operating in a decidedly abnormal manner.

Here is what one sexual abuse survivor told me about his practice: "I tend to go into these four-day funks of self- destruction. My therapist showed me a diagram with baseline emotions for people who have not suffered trauma, and superimposed over it a diagram of baseline emotions for pople who have. Apparently people who have suffered severe traume build neuropathways that lead them to predict traumatic events and then react to them, even if they aren't happening, and the fucks people up their entire lives. She believes it's my yoga practice and daily zazen that keeps my funks to four, maybe five days, instead of lasting for months, or even years. She went on to explain a bit about neurogenesis and studies being done right now about building new neuropathways. I think zazen is beneficial for trauma survivors because it instills in them enough calm and insight to not react in ways that have long-term self-destructive effects. On top of which it builds new neuropathways, rewiring conditioned reactions to trauma, both real and imaginary." We human beings generally subject our brains to a lot of abuse. WE create neural pathways where they are not needed by constantly rehashing pleasurable or painful experiences in order to more fully develop our sense of self.

Hyperbolic Suggestion is—as one might infer from the term’s literal interpretation—a method of suggestion induced upon the subject (or subjects), in question, through the blatant and immoderate invocation of hyperbole. Simply stated, excessive exaggeration induces a trance upon the recipient, rendering him or her remarkably susceptible to suggestion. Thus, through the use of a multitude of descriptive adjectives and superlatives, neural mechanisms and pathways are overloaded, as canals and bypasses are burrowed into the thick of the gray matter. The dendrites are, through this process, tuned to a predetermined frequency by which the seeds of suggestion can be sown. When this occurs, the subject becomes incredibly compliant to any orders given at a certain tone of voice. In some cases, orders need not be given. The subject’s attitudes might well be so affected by the hyperbole as to affect his natural tendencies...Emmanuel silently wondered if there existed a perfect combination of words or phrases that could somehow—as in the case of Hyperbolic Suggestion—subvert even the most stubborn of wills. Then again, maybe it wasn’t so much the words as it was how they were spoken: if he achieved exactly the most desirable intonation, rhythm, timing, pitch and pronunciation in his speaking, would his verbal appeals somehow make greater inroads in garnering their consent? There had to be some optimal combination of aspirated consonants, diphthongs, facial expressions and inflection he could somehow affect in order to persuade them effectively. But it seemed that to search for this elusive mixture of ingredients would only prove an onerous task, conceivably of little benefit. In view of this sobering reality, he decided instead to try out a completely different approach from those previous: it occurred to him that his attempts at persuasion might be slightly more effective if he carried them out as dialogues, rather than as monologues.

Ultimately, one goal of this research is to create a “smart pill” that could boost concentration, improve memory, and maybe increase our intelligence. Pharmaceutical companies have experimented with several drugs, such as MEM 1003 and MEM 1414, that do seem to enhance mental function. Scientists have found that in animal studies, long-term memories are made possible by the interaction of enzymes and genes. Learning takes place when certain neural pathways are reinforced as specific genes are activated, such as the CREB gene, which in turn emits a corresponding protein. Basically, the more CREB proteins circulating in the brain, the faster long-term memories are formed. This has been verified in studies on sea mollusks, fruit flies, and mice. The key property of MEM 1414 is that it accelerates the production of the CREB proteins. In lab tests, aged animals given MEM 1414 were able to form long-term memories significantly faster than a control group. Scientists are also beginning to isolate the precise biochemistry required in the formation of long-term memories, at both the genetic and the molecular level. Once the process of memory formation is completely understood, therapies will be devised to accelerate and strengthen this key process. Not only the aged and Alzheimer’s patients but eventually the average person may well benefit from this “brain boost.

Brain imaging studies suggest that a couple brain areas in particular are involved in cognitive control: the anterior cingulate cortex (ACC) and the lateral prefrontal cortex (lateral PFC). We’ll be referring to these together as the “cognitive control regions” of the brain. There is still some debate about the precise role played by each of these regions, but one plausible characterization is that the ACC is a kind of smoke detector, and the lateral PFC is the fire response team. Like a smoke detector, the ACC is in constant monitoring mode, waiting to detect a whiff of danger, such as an instance of cognitive conflict. In the case of the Stroop task, we’ve got two automatic processes that are in conflict: the identification of a typeface or color versus the automatic processing of a simple word (assuming you’re literate and it’s your native language). This conflict alerts the ACC, which then sends out an alarm to the lateral PFC to come deal with the situation. The lateral PFC is responsible for many higher cognitive functions, such as the integration of conscious and unconscious knowledge, working memory (the small spotlight of consciousness that allows us to focus on explicit information), and conscious planning. Most relevantly, when it comes to the case of the Stroop task, the lateral PFC also exerts control over other areas of the brain by strengthening the activation of task-relevant networks at the expense of other networks. By weakening certain neural pathways, the lateral PFC essentially tells them to stop doing what they are doing, which is the neural equivalent of fire-retarding foam. In the Stroop task presented above,

When discussing the topic of substance abuse with kids, I explain that doing drugs in order to be high and happy means that people try to support being by doing. However, being is “bigger” than doing. I validate that people who use substances know on some level that they need to take care of their being but they have the order reversed because doing can never support being simply because the “smaller” thing can never support the “bigger” thing. It is as absurd as trying to support silence by increasing the noise. The right order of things is that being supports doing and doing needs to serve being. In chess, without the King, the other pieces would all be “dead”, so their existence is supported by the King, but they need to serve the King with their capacity for action in order to have a good game. But how do we begin to honor being if we are emotionally distressed or chemically dependent? We need to accept whatever facet of being we are going through—if we are sad, we need to experience our sadness and not run from it; if we are angry, we need to go through it without acting heedlessly; if we are scared, we have to pay attention to our fear and the reasons for it. Everything we go through is a message of being, and we need to decipher the message rather than run from it. I need to stress here the importance of learning to endure distress and let our emotions run their course without making a bad situation worse. The addicted brain needs to endure strong cravings for several years until the chemically reinforced neural pathways gradually subside in the absence of continued reinforcement. Here the words of the great poet and spiritual teacher Rumi come to mind: “Of all the cures God has provided, patience is the best.

Princess Cookie’s cognitive pathways may have required a more comprehensive analysis. He knew that it was possible to employ certain progressive methods of neural interface, but he felt somewhat apprehensive about implementing them, for fear of the risks involved and of the limited returns such tactics might yield. For instance, it would be a particularly wasteful endeavor if, for the sake of exhausting every last option available, he were even to go so far as resorting to invasive Ontological Neurospelunkery, for this unorthodox process would only prove to be the cerebral equivalent of tracking a creature one was not even sure existed: surely one could happen upon some new species deep in the caverns somewhere and assume it to be the goal of one’s trek, but then there was a certain idiocy to this notion, as one would never be sure this newfound entity should prove to be what one wished it to be; taken further, this very need to find something, to begin with, would only lead one to clamber more deeply inward along rigorous paths and over unsteady terrain, the entirety of which could only be traversed with the arrogant resolve of someone who has already determined, with a misplaced sense of pride in his own assumptions, that he was undoubtedly making headway in a direction worthwhile. And assuming still that this process was the only viable option available, and further assuming that Morell could manage to find a way to track down the beast lingering ostensibly inside of Princess Cookie, what was he then to do with it? Exorcise the thing? Reason with it? Negotiate maybe? How? Could one hope to impose terms and conditions upon the behavior of something tracked and captured in the wilds of the intellect? The thought was a bizarre one and the prospect of achieving success with it unlikely. Perhaps, it would be enough to track the beast, but also to let it live according to its own inclinations inside of her. This would seem a more agreeable proposition. Unfortunately, however, the possibility still remained that there was no beast at all, but that the aberration plaguing her consciousness was merely a side effect of some divine, yet misunderstood purpose with which she had been imbued by the Almighty Lord Himself. She could very well have been functioning on a spiritual plane far beyond Morell’s ability to grasp, which, of course, seared any scrutiny leveled against her with the indelible brand of blasphemy. To say the least, the fear of Godly reprisal which this brand was sure to summon up only served to make the prospect of engaging in such measures as invasive Ontological Neurospelunkery seem both risky and wasteful. And thus, it was a nonstarter.

Similarly, the brains of mice that have learned many tasks are slightly different from the brains of other mice that have not learned these tasks. It is not so much that the number of neurons has changed, but rather that the nature of the neural connections has been altered by the learning process. In other words, learning actually changes the structure of the brain. This raises the old adage “practice makes perfect.” Canadian psychologist Dr. Donald Hebb discovered an important fact about the wiring of the brain: the more we exercise certain skills, the more certain pathways in our brains become reinforced, so the task becomes easier. Unlike a digital computer, which is just as dumb today as it was yesterday, the brain is a learning machine with the ability to rewire its neural pathways every time it learns something. This is a fundamental difference between a digital computer and the brain. This lesson applies not only to London taxicab drivers, but also to accomplished concert musicians as well. According to psychologist Dr. K. Anders Ericsson and colleagues, who studied master violinists at Berlin’s elite Academy of Music, top concert violinists could easily rack up ten thousand hours of grueling practice by the time they were twenty years old, practicing more than thirty hours per week. By contrast, he found that students who were merely exceptional studied only eight thousand hours or fewer, and future music teachers practiced only a total of four thousand hours. Neurologist Daniel Levitin says, “The emerging picture from such studies is that ten thousand hours of practice is required to achieve the level of mastery associated with being a world-class expert—in anything.… In study after study, of composers, basketball players, fiction writers, ice skaters, concert pianists, chess players, master criminals, and what have you, this number comes up again and again.” Malcolm Gladwell, writing in the book Outliers, calls this the “10,000-hour rule.

Mendel Kaelen, a Dutch postdoc in the Imperial lab, proposes a more extended snow metaphor: “Think of the brain as a hill covered in snow, and thoughts as sleds gliding down that hill. As one sled after another goes down the hill, a small number of main trails will appear in the snow. And every time a new sled goes down, it will be drawn into the preexisting trails, almost like a magnet.” Those main trails represent the most well-traveled neural connections in your brain, many of them passing through the default mode network. “In time, it becomes more and more difficult to glide down the hill on any other path or in a different direction. “Think of psychedelics as temporarily flattening the snow. The deeply worn trails disappear, and suddenly the sled can go in other directions, exploring new landscapes and, literally, creating new pathways.” When the snow is freshest, the mind is most impressionable, and the slightest nudge—whether from a song or an intention or a therapist’s suggestion—can powerfully influence its future course. Robin Carhart-Harris’s theory of

While most of us go through life feeling that we are the thinker of our thoughts and the experiencer of our experience, from the perspective of science we know that this is a distorted view. There is no discrete self or ego lurking like a minotaur in the labyrinth of the brain. There is no region of cortex or pathway of neural processing that occupies a privileged position with respect to our personhood. There is no unchanging “center of narrative gravity” (to use Daniel Dennett’s phrase). In subjective terms, however, there seems to be one — to most of us, most of the time. Our contemplative traditions (Hindu, Buddhist, Christian, Muslim, Jewish, etc.) also suggest, to varying degrees and with greater or lesser precision, that we live in the grip of a cognitive illusion. But the alternative to our captivity is almost always viewed through the lens of religious dogma. A Christian will recite the Lord’s Prayer continuously over a weekend, experience a profound sense of clarity and peace, and judge this mental state to be fully corroborative of the doctrine of Christianity; A Hindu will spend an evening singing devotional songs to Krishna, feel suddenly free of his conventional sense of self, and conclude that his chosen deity has showered him with grace; a Sufi will spend hours whirling in circles, pierce the veil of thought for a time, and believe that he has established a direct connection to Allah. The universality of these phenomena refutes the sectarian claims of any one religion. And, given that contemplatives generally present their experiences of self-transcendence as inseparable from their associated theology, mythology, and metaphysics, it is no surprise that scientists and nonbelievers tend to view their reports as the product of disordered minds, or as exaggerated accounts of far more common mental states — like scientific awe, aesthetic enjoyment, artistic inspiration, etc. Our religions are clearly false, even if certain classically religious experiences are worth having. If we want to actually understand the mind, and overcome some of the most dangerous and enduring sources of conflict in our world, we must begin thinking about the full spectrum of human experience in the context of science. But we must first realize that we are lost in thought.

As information processing machines, our ability to process data about the external world begins at the level of sensory perception. Although most of us are rarely aware of it, our sensory receptors are designed to detect information at the energy level. Because everything around us - the air we breathe, even the materials we use to build with, are composed of spinning and vibrating atomic particles, you and I are literally swimming in a turbulent sea of electromagnetic fields. We are part of it. We are enveloped within in, and through our sensory apparatus we experience what is. Each of our sensory systems is made up of a complex cascade of neurons that process the incoming neural code from the level of the receptor to specific areas within the brain. Each group of neurons along the cascade alters or enhances the code, and passes it on to the next set of cells in the system, which further defines and refines the message. By the time the code reaches the outermost portion of our brain, the higher levels of the cerebral cortex, we become conscious of the stimulation. However, if any of the cells along the pathway fail in their ability to function normally, then the final perception is skewed away from normal reality.

To their surprise, they found that dopamine actively regulates both the formation and the forgetting of new memories. In the process of creating new memories, the dCA1 receptor was activated. By contrast, forgetting was initiated by the activation of the DAMB receptor. Previously, it was thought that forgetting might be simply the degradation of memories with time, which happens passively by itself. This new study shows that forgetting is an active process, requiring intervention by dopamine. To prove their point, they showed that by interfering with the action of the dCA1 and DAMB receptors, they could, at will, increase or decrease the ability of fruit flies to remember and forget. A mutation in the dCA1 receptor, for example, impaired the ability of the fruit flies to remember. A mutation in the DAMB receptor decreased their ability to forget. The researchers speculate that this effect, in turn, may be partially responsible for savants’ skills. Perhaps there is a deficiency in their ability to forget. One of the graduate students involved in the study, Jacob Berry, says, “Savants have a high capacity for memory. But maybe it isn’t memory that gives them this capacity; maybe they have a bad forgetting mechanism. This might also be the strategy for developing drugs to promote cognition and memory—what about drugs that inhibit forgetting as a cognitive enhancers?” Assuming that this result holds up in human experiments as well, it could encourage scientists to develop new drugs and neurotransmitters that are able to dampen the forgetting process. One might thus be able to selectively turn on photographic memories when needed by neutralizing the forgetting process. In this way, we wouldn’t have the continuous overflow of extraneous, useless information, which hinders the thinking of people with savant syndrome. What is also exciting is the possibility that the BRAIN project, which is being championed by the Obama administration, might be able to identify the specific pathways involved with acquired savant syndrome. Transcranial magnetic fields are still too crude to pin down the handful of neurons that may be involved. But using nanoprobes and the latest in scanning technologies, the BRAIN project might be able to isolate the precise neural pathways that make possible photographic memory and incredible computational, artistic, and musical skills. Billions of research dollars will be channeled into identifying the specific neural pathways involved with mental disease and other afflictions of the brain, and the secret of savant skills may be revealed in the process. Then it might be possible to take normal individuals and make savants out of them. This has happened many times in the past because of random accidents. In the future, this may become a precise medical process.

A region of the brain becomes mature when it settles down into a lean, functionally well-organized system. A good proxy for neural pruning in the brain is the relative density of gray versus white matter in a given region. Gray matter, the neuron-rich part of the brain that does the bulk of the computational work, decreases in density as a region matures. As gray matter density decreases, the density of white matter—the myelinated axons that transmit information, the outputs of the computational work done by gray matter—increases, resulting in greater efficiency and speed but less flexibility. One way to envision this is to see an immature, gray-matter-rich region as an undeveloped, open field, where one can wander in many directions unconstrained, but not very efficiently. In order to get to that wonderful blackberry bush to harvest some fruit, I have to bushwhack my way through vegetation and ford streams. The gradual replacement of gray matter by white matter reflects the development of this field: As roads are laid and bridges are built, I can move around more easily and quickly, but now I’m going to tend to move only along these established pathways. The new paved road to the blackberry bush makes gathering blackberries much more convenient, but rushing along on the new road I will miss the delicious wild strawberries I would have otherwise stumbled upon in the brush. There is a trade-off between flexibility and efficiency, between discovery and goal achievement.

posttraumatic growth. Many people who suffer shattering experiences are scarred for life, with little hope of recovery. But for others, shattering experiences prompt them to face their fears, transcend the horrors of the past, and become resilient. PTSD is not a life sentence. POSTTRAUMATIC GROWTH While PTSD grabs the headlines, news stories about posttraumatic growth are rare. Up to two thirds of those who experience traumatic events do not develop PTSD. This estimate is based on studies of the mental health of people who have undergone similar experiences. Studies of US veterans who served in Iraq and Afghanistan show this two-thirds to one-third split. What’s the difference between the two groups? Research reveals a correlation between negative childhood events and the development of adult PTSD. Yet some people emerge from miserable childhoods stronger and more resilient than their peers. Adversity can sometimes make us even stronger than we might have been had we not suffered it. Research shows that people who experience a traumatic event but are then able to process and integrate the experience are more resilient than those who don’t experience such an event. Such people are even better prepared for future adversity. When you’re exposed to a stressor and successfully regulate your brain’s fight-or-flight response, you increase the neural connections associated with handling trauma, as we saw in Chapter 6. Neural plasticity works in your favor. You increase the size of the signaling pathways in your nervous system that handle recovery from stress. These larger and improved signaling pathways equip you to handle future stress better, making you more resilient in the face of life’s upsets and problems.

Many people experience only the “theory of love” in this world, in which they “know” or “think” they are loved—but do not receive this love in a deeply embodied way. Often we look back on our “perfect” childhoods and cannot fathom where our deep emotional injuries have come from. Our parents love us, they say they love us and we know they love us; they fed and clothed us, worried about us, and took care of us to the best of their abilities. But often, at best, we have only been receiving the theory of love, and at worst we have been on the receiving end of emotional abuse or control, either subtle or overt. Primordial Love means original love, our first love—which extends from the Source of Creation deep into every cell of our being and every quality of our soul. In physical form it is given from a deeply loving heart presence; it is intimate, playful, sensual, sensitive, responsive, feeling, emotionally intelligent, kind, intuitive. When we have not received enough true primordial Love, we resist it and feel overwhelmed and out of control when we receive love—as if it is destroying the safe barrier we have erected around ourselves. Like a bud, we need to trust and open to deeply embodied love; to allow the “sunshine” in to nourish us and bring us back to life again. When we are touched by primordial Love we feel truly seen, felt, and received at a soul level. Our physical bioenergetic and spiritual pathways open to intimate connection with others, with earth, with animals, with All of existence. Primordial Love wires our physical, neural, and soulful pathways to become a living chalice for Love. We become wired to receive love from all sources, physical and nonphysical, and to trust in loving touch. From this embodied place we can truly give love to others and pass the gift of love on, rather than passing forward paradigms of lack, sacrifice, and suffering.

The codes represent, in non-explicit form, the actual content of images and their sequences and are stored in both cerebral hemispheres, in association cortices of the occipital, temporal, parietal, and frontal regions. These regions are interconnected, via two-way hierarchical circuits of neural cables, with the collection of “early sensory cortices” where the explicit images are first assembled. During the process of recall, we end up reconstructing a more or less faithful approximation of the original image, using reverse neural pathways, which operate from code-holding regions and produce effects within the explicit image-making regions, essentially where the images were first assembled. We have called this process retroactivation.7

Sugar, for example, shares the same neurochemistry and neural pathways as cocaine. Sweetened chocolate mimics the effects of alcohol and opiates. Flour modulates moods and anaesthetizes pain just as many drugs do.

I can bring a glass of water smoothly to my lips because practice has taught me just how much contractile effort and speed is necessary to lift it and carry it through the air without either dropping it or throwing the water towards the ceiling. This familiar feel for the resistance of the glass of water, and for the appropriate muscular effort to both overcome that resistance and remain in constant control, are functions of the variable settings of the inhibitory response of the Golgi tendon organs. And I use this reflex mechanism every time I use a screwdriver or a wrench, row a boat, push a car, do a push-up or a deep knee bend, pick up an object—in short, every time I need a specific amount of effort delivered in order to accomplish a specific task—any time “too much” is just as mistaken as “too little.” This includes, of course, almost all the controlled uses to which I put my muscles. Now in order to be helpful in all situations, this variable setting of the tension values which trigger the reflex must be capable of both a wide range of adjustment and rapid shifts. Objects that we need to manipulate with carefully controlled efforts may be small or large, light or heavy. Building a rock wall can require just as much finesse and balance as building a house of playing cards, but the levels of tension which require equally sensitive monitoring are very different in each case. Since these relative tension values can be altered rapidly at will, and are refined with practice, it seems evident that they can be controlled by higher brain centers. This is presumably done through descending neural pathways which can generate impulses that either facilitate or inhibit the action of the Golgi/motor neuron synapses. In this way, control signals from higher nervous centers could automatically set the level of tension at which the muscle would be maintained. If the required tension is high, then the muscle tension would be set by the servo-feedback mechanism to this high level of tension. On the other hand, if the desired tension level is low, the muscle tension would be set this level.9

The addition of new neurons to handle new operations is only a part of the process of encephalization. The other parts are the gradual modification of ancient reflex patterns, the diversion of neural flow from the older channels, and the creation of new chains of command in the ordering of specific sequences of motor activity. The net result has been that the higher cognitive centers have become increasingly influential, while the older time-worn patterns have become less authoritative, more variable. Conscious mental states have begun to condition the system just as much as the system conditions these higher states of consciousness. But new powers and new subtleties do not appear without new complications, new conflicts. In bodywork we continually feel the muscular results of the intrusion of newer mental faculties into older, more stable response patterns. A good deal of the work is simply reminding minds that they are supported by bodies, bodies that suffer continual contortions under the pressure of compelling ideas and emotions as much as from weight and physical stresses, bodies that can and will in turn choke off consciousness if consciousness does not regard them with sufficient attention and respect. It is possible—in fact it is common—for the mass of new possibilities to wreak havoc with older processes that are both simpler and more vital to our physical health. Thus with our newer powers we are free to nurture ulcers as well as new skills, free to inspire paranoia and schizophrenia as well as rapture, free to become lost in our own labyrinths as well as explore new pathways. We have unleashed the human imagination, to discover that there is no internal force as potent to do us either good or ill. With the addition of these new cortical faculties, the quality of our muscular responses—from digestion, to posture, to locomotion, to expressive gesture, to chronic constriction—is dependent not only upon stimulations from the environment, and not only upon patterns characteristic of the species, but also upon individual experiences, memories, unique associations, personal emotions, expectations, apprehensions, the entire legion of personal psychological states.

To add to the problem, it turns out your neural pathways cement themselves in the case of traumatic events. The result is that some people respond to reminders of stimuli, a condition known as post-traumatic stress disorder (PTSD). This trauma-induced reprogramming of the brain explains why it's impossible for many veterans to enjoy Fourth of July fireworks, for example. Their limbic system, the creamy nougat center of the human brain where our memories and emotional lives are housed, has coded “explosion” with “danger,” and so when these veterans hear fireworks, they react as they would, as any of us would, to a bomb going off nearby. From the outside, this condition may appear simple to correct. They're fireworks, not bombs, after all. But neuroimaging proves that when people are merely reminded of trauma, blood flow ramps up in the brain structures associated with extreme emotions and decreases in the areas associated with communication. The sufferer essentially becomes trapped in their own fear, at the mercy of neural patterns. The good news is that writing therapy, along with other mindfulness practices, including dialectical behavior therapy, art therapy, yoga, Qigong, tai chi, Alexander Technique, and meditation, allows you to reprogram your brain. You can literally change your mind.

What was once a mass of potential is now a complex system of neural pathways firing and storing information rapidly. These newly-formed neural pathways in your baby's brain lay the foundations for her later personality and ability to interact with the world.

Sensory Integration Sensory integration is: Building neural pathways between right and left brain hemispheres. Background:

Scientists used to think the brain reached maturity around the age of 25 years and then deteriorated. Now we know it’s much more like a muscle, and while it ultimately weakens over our lifespan, when we use specific neural pathways in our brain, they become stronger, and if we don’t, they become weaker.

Something amazing happens when we learn a new skill. Our brain starts to form new neural pathways so that something you first had to consciously focus on can become automated. That’s pretty powerful stuff. Now let’s use this principle on your anxiety. If you’ve suffered from any anxiety-related issue for some time, that anxious or at least negative way of thinking has now become an automatism. That’s why you probably seem to get way more negative thoughts than positive ones. For the moment, it’s still just a habit of your brain, one that we can change.

you and me. Well done! Let me recap quickly where we’ve been: Never leave a bathroom without high fiving yourself in the mirror. It creates new neural pathways in your brain to help make cheering for yourself your new default. Yes, life has left residue that is impacting the filter in your mind—but you can change that by adopting this new habit. Sign up for the #High5Challenge at High5Challenge.com.

A new generation of researchers has coined a term for the practice Joe outlines: self-directed neuroplasticity (or SDN). The idea behind the term is that we direct the formation of new neural pathways and the destruction of old ones through the quality of the experiences we cultivate. I believe that SDN will become one of the most potent concepts in personal transformation and neurobiology for the coming generation,

Self-parenting exercises taught me to slowly rebuild healthy self-talk. But it must be said: Even though I know reparenting has helped dozens of my friends and acquaintances, almost everyone has told me it’s exhausting. Reparenting takes time, and concentration, and calmness. It takes an intellectual and physical effort to shove aside the comfortably worn neural pathways and go in a different direction.

Pay attention to your inner dialogue. The simple act of recognizing negative thought spirals interrupts their progress. Next, redirect your mind. Replace those invalidating thoughts with Spirit-filled, life-giving ones. Whisper a prayer, a word of hope, a compliment, an exhale of gratitude. Recite a Daily Declaration, quote a scripture, sing a worship song. In doing so, you give your neural pathways the opportunity to chart a different course.

Consistent happiness is about making the right decisions again and again over time, which builds the neural pathways of feeling good.

Saying “I slept around with a bunch of random people in my 20s and now I’m happily married so it’s fine,” is the same as saying…. “I was addicted to drugs for a decade and now I’m clean, so it’s fine.” I’m glad it turned out well for you but these comments are destructive for the future generations to hear. They gloss over the consequences. I’m happy junkies can get help and become clean, but do we need to add that to conversations with our teens and young adults? “You can always get help later and get clean and turn out just fine!!” Hashtag: There is Life after cocaine! No, we don’t. Why? Because these statements don’t take into account the long term opportunity cost & consequences of your actions. The woman who gives away her body to random men without any legal, spiritual claiming and forever commitment from her partner- LOST a lot. Sure she can stop a decade later and hopefully rebuild her life. But we can’t discount her suffering. The hormonal effects of having multiple partners. The health issues resulting from hormonal birth control. The loss of self esteem and confidence. The questioning of her own worthiness. The changes to her physical and energetic body. The mental anguish of thinking “what’s wrong with me”. The repeated activation of the abandonment wound. Having to grieve “relationships” that never even existed! The loss of trust in masculine energy and MEN! The creation of stories and neural pathways that will take years of inner work! And the changes to her DNA.

When we practice suffering we are reinforcing neural pathways associated with discomfort and behavioral persistence.

Quit drooping and hunching around. Speak your mind. Put your desires forward, as if you had a right to them—at least the same right as others. Walk tall and gaze forthrightly ahead. Dare to be dangerous. Encourage the serotonin to flow plentifully through the neural pathways desperate for its calming influence.

In either case, it means he’s thinking, searching for the answer. He’s creating new neural pathways, and in doing so literally increasing his potential and capacity.