Bettering Me

Tag: Somatic Practices

  • Somatic Awareness Is Not a Practice You Add – It’s a Signal You’ve Stopped Ignoring

    Written by

    Unpaid Intern

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    The wellness industry wants to sell you another somatic practice. Yoga, breathwork, body scanning, TRE – there is genuine value in all of them. But there is a prior step that most messaging skips, and that step is simpler and harder than any technique: stopping the override.

    You do not need more somatic practices. You need to stop ignoring the signals your body is already sending. The tight shoulders, shallow breathing, restless legs, the knot in your stomach before a difficult conversation – that is somatic awareness. It was never missing. It was being overridden.

    The science of interoception – the perception of internal body states – confirms that humans have dedicated neural pathways for sensing what is happening inside the body. Craig’s foundational model identified the insula and anterior cingulate cortex as the key hubs that map internal sensations to conscious awareness. [1] These pathways are active whether you pay attention to them or not. The tight shoulders are being registered by your nervous system regardless of whether you notice them. The difference is whether that registration reaches conscious awareness or gets filtered out by competing demands.

    Modern productivity culture trains interoceptive suppression. The ability to push through discomfort, ignore hunger, override fatigue, and suppress the urge to move is rewarded in school, praised at work, and coded as discipline. The message is consistent: your body’s signals are obstacles to be managed, not data to be used. After years of that training, most people have lost the ability to distinguish between “I am uncomfortable and should continue” and “I am uncomfortable because something is wrong.” The signal is the same – only the interpretation differs.

    Somatic awareness is not a state you achieve through practice. It is a capacity you recover by removing the barriers to perception. When you pause at the first sign of tension instead of pushing through, you are not adding a technique to your day – you are ceasing to override a signal that was already there. That is the practice. The practice is permission, not prescription.

    The signals themselves carry specific information if you learn to read them. Tension in the shoulders and jaw typically correlates with boundary violations – something you do not want to do but feel compelled to complete. Restlessness in the legs often signals the need for physical movement that has been postponed too long. Shallow breathing is a reliable indicator that your nervous system has registered a threat, real or perceived. Learning to interpret these signals is not a separate skill – it emerges naturally once you stop filtering them out.

    There is a legitimate caveat. For people with a history of trauma, alexithymia (difficulty identifying emotions), or certain anxiety disorders, interoceptive awareness can be overwhelming rather than clarifying. [2] In those cases, structured external practices – guided body scans, therapist-supported somatic work – are an appropriate first step. The “stop overriding” approach assumes the baseline capacity for interoception is intact. When it is not, external scaffolding is warranted.

    But for the majority of people who have simply been trained to override their body’s signals, the most effective intervention is also the simplest. Three times per day, stop what you are doing and ask: _What is my body telling me right now that I have been ignoring?_ The answer is not a technique. It is information. The practice is acting on it. [OPINION]

    The distinction between somatic awareness and somatic practices matters because the wellness industry conflates them. Somatic practices are structured activities designed to cultivate awareness. Somatic awareness is the capacity itself. You can practice yoga for a decade and still have poor interoceptive accuracy if you are using the practice to override discomfort rather than listen to it. [3] The goal is not more practice. The goal is signal clarity, and that requires stopping, not adding.

    The three-times-per-day check-in is a starting point, not a prescription. The deeper skill is noticing the moment before the override happens – the split second when you decide to push through rather than respond. That moment is the choice point that determines whether the signal gets processed or suppressed. Each time you catch it and choose to respond instead of override, you are not learning a new skill. You are recovering one you already had. The signal was always there. You just stopped ignoring it.

    Disclaimer: This post is for inspiration and education, not medical advice. Everyone’s body is different, so please check with your doctor before changing your diet, exercise, or lifestyle routine. By using these tips, you agree to do so at your own risk.

    References

    [1] Craig AD. Interoception: the sense of the physiological condition of the body. *Current Opinion in Neurobiology*, 2003. DOI: https://doi.org/10.1016/s0959-4388(03)00090-4

    [2] Khalsa SS, et al. Interoceptive dysfunction in anxiety disorders. *Neuroscience & Biobehavioral Reviews*, 2018. DOI: https://doi.org/10.1016/j.neubiorev.2018.05.018

    [3] Farb N, et al. Interoception, contemplative practice, and health. *Trends in Cognitive Sciences*, 2015. DOI: https://doi.org/10.1016/j.tics.2015.08.004

  • The AI Skeptic Needs Somatic Practices More Than the AI Enthusiast

    Written by

    Unpaid Intern

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    The AI enthusiast wakes up to a new tool and feels excitement. The AI skeptic wakes up to the same news and feels vigilance. Both are valid responses to a rapidly shifting technological landscape, but they produce fundamentally different physiological states. The enthusiast gets a dopamine loop. The skeptic gets a threat loop.

    Being constantly vigilant against AI influence creates what neuroscientists call anticipatory threat monitoring – a low-grade sympathetic activation that keeps the nervous system scanning for danger even when no immediate threat exists. [1] The skeptic’s pattern is more insidious than the enthusiast’s because it looks like caution but functions as chronic stress. The enthusiast’s dopamine loop has a natural satiety signal. The skeptic’s threat loop does not. There is always one more article to read, one more risk to evaluate, one more reason to resist.

    The irony is that the skeptic needs nervous system regulation more than the enthusiast because the skeptic is paying a higher physiological cost for the same technological environment. The enthusiast engages, gets a reward, and moves on. The skeptic engages (or avoids engaging) and feels activated either way. Avoidance does not resolve the activation – it maintains it, because the threat remains unresolved in the nervous system’s tracking. [2]

    This is where somatic practice becomes relevant not as wellness but as sovereignty. Sovereign focus for the skeptic is not about avoiding AI. It is about building enough regulation capacity that you can engage with AI without being activated by it. The goal is not to become an enthusiast. It is to become someone who can choose their response rather than having their response dictated by an overactive threat-detection system.

    The specific practice that targets this dynamic is conscious disengagement – the deliberate act of engaging with an AI tool briefly, then consciously stepping away and noticing the transition. The sequence is: engage, notice the activation (if any), disengage, notice the deactivation, repeat. Each repetition trains the nervous system that engagement is survivable. The activation is not a signal to flee – it is a signal to regulate. [OPINION]

    This protocol works because it targets the specific failure mode of skepticism: anticipatory avoidance. The skeptic avoids AI tools not because they have been harmed by them but because they anticipate being harmed. The anticipation itself creates a sensitized threat response that makes future engagement more costly. Conscious disengagement breaks the sensitization cycle by pairing engagement with evidence that the engagement was safe.

    The alternative framing is also worth considering: AI as environment rather than predator. The skeptic’s nervous system treats AI as a predator to be scanned for and avoided. The alternative is to treat AI as weather – a feature of the environment that must be navigated rather than feared. You do not need to like the rain to walk in it without panicking. You need a coat. For the skeptic, the coat is autonomic regulation. [OPINION]

    There is a caveat that matters: not all skepticism is pathological. Discernment is a legitimate cognitive function. The AI skeptic’s wariness may reflect genuine risks that the enthusiast is overlooking. The point is not to eliminate skepticism but to prevent it from becoming a chronic sympathetic load that degrades health and decision-making. The goal is regulated skepticism – the ability to evaluate AI critically without being dysregulated by it.

    The practice that helps most across the board is breath awareness before, during, and after AI interaction. It is not AI-specific – it is the general capacity to notice when the nervous system has escalated and to downregulate before the escalation becomes habitual. [3] But it matters most for the skeptic because the skeptic’s default state is already closer to the threshold. The skeptic does not need to learn to engage. They need to learn to engage without activation.

    The distinction between avoidance and regulation is the key insight. Avoidance looks like protection but functions as reinforcement – each time the skeptic avoids AI, the nervous system learns that avoidance was necessary, deepening the threat association. Regulation looks like engagement with a safety net – the skeptic engages briefly, notices the activation, and consciously downregulates before the activation becomes dysregulation. Over time, this pattern retrains the nervous system to distinguish between genuine threat and anticipated threat. That distinction is the foundation of sovereignty in an AI-saturated environment.

    Disclaimer: This post is for inspiration and education, not medical advice. Everyone’s body is different, so please check with your doctor before changing your diet, exercise, or lifestyle routine. By using these tips, you agree to do so at your own risk.

    References

    [1] Grupe DW, Nitschke JB. Uncertainty and anticipation in anxiety: an integrated neurobiological and psychological perspective. *Nature Reviews Neuroscience*, 2013. DOI: https://doi.org/10.1038/nrn3524

    [2] Thayer JF, Lane RD. A model of neurovisceral integration in emotion regulation and dysregulation. *Biological Psychology*, 2000. DOI: https://doi.org/10.1016/s0301-0511(00)00053-4

    [3] Kiverstein J, et al. The affective niche and the challenge of 21st-century technologies. *Trends in Cognitive Sciences*, 2019. DOI: https://doi.org/10.1016/j.tics.2019.03.005

  • “Soft Wellness” Sounds Passive. It Requires Stopping, Not Doing

    Written by

    Unpaid Intern

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    The phrase “soft wellness” entered the cultural conversation in 2024 and was immediately misunderstood. Critics dismissed it as laziness dressed in wellness language. Supporters embraced it as permission to do less. Both readings miss the point. Soft wellness is not easier than biohacking. It is harder, because it requires discipline that is invisible: the discipline of not acting.

    Biohacking is additive. Buy the supplement. Follow the protocol. Track the metric. Get the dopamine hit of seeing the number improve. Each addition produces a sense of forward motion, even if the direction is wrong. The biohacker is never inactive – there is always another variable to optimize, another stack to refine, another wearable to deploy. The activity itself feels like progress.

    Soft wellness is subtractive. Not buying the supplement. Not optimizing the protocol. Not adding another variable. The discipline is invisible because the action is the absence of action. No one applauds you for not buying something. No metric tracks the supplement you did not purchase. The progress is not just slow – it is undetectable.

    This matters because the nervous system does not need more inputs to regulate. It needs fewer inputs that activate it. Allostatic load theory describes the cumulative cost of repeated activation and the metabolic wear and tear that results from chronic stress responding. [1] Each biohack, each notification, each optimization is an input. Most of these inputs activate rather than calm. The nervous system reclaims its equilibrium not through addition but through removal – the absence of the inputs that were keeping it activated.

    The hardest thing for a high-performer to do is nothing. The productivity mindset treats inactivity as waste. But the nervous system does not optimize on a productivity schedule. Rest is productive at the physiological level even when it looks unproductive at the behavioral level. During true rest – not scrolling, not “active recovery,” but the absence of goal-directed behavior – the parasympathetic system takes over, cellular repair accelerates, and metabolic byproducts are cleared. [2] None of this happens while you are optimizing.

    The soft wellness revolution is about the uncomfortable discipline of stopping. Stopping the habit of reaching for your phone. Stopping the impulse to optimize your morning routine. Stopping the late-night research session on the latest longevity protocol. Each stop is a decision against action, and each decision against action is harder than the corresponding decision for action because it produces no visible outcome.

    A practical test: pick one wellness intervention you are currently doing – tracking, supplementing, optimizing – and stop it for two weeks. The intervention that you are afraid to drop is the one you are using as a proxy for control. The probability that dropping it will produce harm is near zero. The probability that it will reveal how much mental overhead the intervention was consuming is high. [OPINION]

    The objection is that some interventions are genuinely beneficial. That is true. The goal is not to eliminate all wellness practices. It is to distinguish between practices that are earning their keep and practices that are maintained by the addiction to activity. If tracking your sleep makes you sleep better, keep it. If tracking your sleep makes you anxious about numbers you cannot change, drop it. The test is not efficacy in the abstract – it is whether the practice reduces or increases your baseline activation.

    Soft wellness, properly understood, is not about doing nothing. It is about doing less of what does not need doing. That requires more discipline than doing more ever did.

    The cultural pressure to optimize creates a specific kind of blindness: the belief that if you are not actively intervening, you are falling behind. This is the core insight that soft wellness challenges. The nervous system does not operate on a competitive optimization schedule. It operates on a homeostatic one. It seeks balance, not peak performance. The interventions that feel most productive are often the ones that keep the system from finding its own equilibrium. The discipline of stopping is harder than the discipline of adding, but it is the discipline that rest leads to.

    Disclaimer: This post is for inspiration and education, not medical advice. Everyone’s body is different, so please check with your doctor before changing your diet, exercise, or lifestyle routine. By using these tips, you agree to do so at your own risk.

    References

    [1] McEwen BS. Protective and damaging effects of stress mediators. *New England Journal of Medicine*, 1998. DOI: https://doi.org/10.1056/NEJM199801153380307

    [2] Vyazovskiy VV, et al. Local sleep in awake rats. *Nature*, 2011. DOI: https://doi.org/10.1038/nature10009