THE READING ROUTE
What remains possible while the state is still here?
Chapters follow the constraints a practice might change. Read in order or choose an entry point. There is no requirement to practise.
Lecture I: When Life NarrowsPractice Is Not One Thing
Constraint: treating every practice as one intervention
Someone following a single sound, someone noticing the whole field, and someone extending compassion to a hurting friend are doing different things. Focused attention, open monitoring, compassion, breathing, movement and contemplative inquiry recruit partly different skills and may have different effects. The question “what does meditation do to the brain?” hides the choice that matters: which practice may alter which constraint, for whom and under what conditions?
Dahl, Lutz and Davidson distinguish attentional, constructive and deconstructive families; functional imaging syntheses also find differences across styles. These are useful classifications, not a map from one technique to one circuit. Duration, teacher, context, expectancy and comparison group change what an experiment can establish. We organize this lecture around constraints on what remains accessible, rather than around a catalogue of traditions.
Evidence status: WELL SUPPORTED: practices differ in their instructions and measured patterns. CAUTION: imaging correlations do not establish a causal circuit.
Sources and boundaries: Dahl CJ 2015Lutz A 2008Fox 2016
Notice — Making the State Observable
Constraint: the state is mistaken for the whole self
A thought can arrive with the force of a fact: “I am broken.” Meta-awareness makes another description possible: “A thought that I am broken is occurring.” Interoception attends to signals from the body; decentering changes our relationship to a mental event. Neither move requires denying the pain. The modest gain is that an experience can become observable without becoming an identity.
Dahl and colleagues propose meta-awareness and self-inquiry as candidate ways to loosen experiential fusion. Research on decentering supports its relevance to emotion and mental health, while the exact causal route remains unsettled. First-person accounts, including Sam Harris’s descriptions of observing thought, may illuminate the experience but are not experimental evidence. When inward attention is destabilizing, an external sound or object can be a safer place to start.
Evidence status: PLAUSIBLE MECHANISM: meta-awareness and decentering may reduce fusion; their role as a unique causal mediator is not settled.
Sources and boundaries: Dahl CJ 2015Bernstein A 2015Harris · phenomenology
Attention Without Capture
Constraint: one signal repeatedly takes all available attention
Focused attention is a cycle: choose an anchor, notice that attention has wandered, and return. The return is the training event. Distraction is not a failed repetition, and suppressing a thought is not the assignment. A neutral sight or sound works as an anchor when breath is uncomfortable.
In Slagter and colleagues’ intensive training study, participants showed a smaller attentional blink and a changed brain potential associated with resource allocation. That is a defined task result after months of retreat, not proof that three minutes of practice restores attention in daily life. The Flow Hijacked question is whether practicing recovery after capture can leave another response accessible when a salient cue arrives.
Evidence status: WELL SUPPORTED: a bounded attentional-blink finding. FLOW HIJACKED HYPOTHESIS: transfer to reachable daily-life transitions.
Sources and boundaries: Lutz A 2008Slagter 2007
Open Monitoring — Expanding the Field
Constraint: one thought or sensation monopolizes representation
Open monitoring relaxes the demand to hold one object. A thought, pressure in the feet, a voice outside and the changing light can coexist. This is not an instruction to flood oneself with sensation. The difficult signal may remain strong; the experiment is whether it must also remain alone.
Attentional models and studies of meditation offer plausible reasons to examine monitoring and flexibility. They do not establish that widening awareness literally decompresses a neural state space. “State-space decompression” is Flow Hijacked language for a possible change in what a person can represent and do. It needs independent operational definitions and tests.
Evidence status: PLAUSIBLE MECHANISM: monitoring changes the represented field. FLOW HIJACKED HYPOTHESIS: state-space decompression.
Sources and boundaries: Lutz A 2008Dahl CJ 2015Laukkonen RE 2021
Stickiness, Hysteresis and the Difficulty of Leaving a State
Constraint: an emotional state persists after its trigger has passed
The phone stops ringing, but the body may remain on alert. Davidson’s work on affective chronometry asks not only how strongly an emotion begins but how long it persists and how recovery unfolds. “Stickiness” is a helpful plain-language description of that persistence. A state’s time course matters as much as its peak.
Flow Hijacked borrows a separate dynamical analogy: hysteresis means that the route out depends on the route in; an attractor’s depth is a way to picture a state that is difficult to leave. These are not measurements of any particular person’s brain. The empirical claim is about affective duration; the attractor account is a hypothesis that would require repeated observations and perturbation-sensitive tests.
Evidence status: WELL SUPPORTED: affect has measurable time courses. FLOW HIJACKED HYPOTHESIS: attractor depth and hysteresis as explanations.
Sources and boundaries: Davidson 2002Puccetti 2022
The Body Before the Explanation
Constraint: bodily conditions narrow the transitions thought can reach
A racing heart, exhaustion, hunger or prolonged vigilance can change the meaning a thought seems to carry. Interoception is the sensing and modeling of internal conditions; allostasis concerns regulation in anticipation of bodily needs. Neither says that every emotional problem is “in the body.” They remind us that reasoning takes place in an organism with changing resources.
The detailed science belongs in Body Before Thought. Here the practical implication is smaller: sometimes sleep, a safer room, movement, food, medical care or another person’s presence changes which responses can be considered. Asking someone to argue a thought away while their body is mobilized can miss the condition that keeps the thought compelling.
Read further: Body Before ThoughtEvidence status: WELL SUPPORTED: interoceptive and allostatic systems participate in bodily regulation. PLAUSIBLE: specific changes in cognitive accessibility.
Sources and boundaries: Barrett & Simmons 2015
Breath — Changing the Conditions, Not Arguing With the Thought
Constraint: arousal keeps a thought urgent
Breathing is unusual because it is automatic and also partly voluntary. Changing its pace can alter respiratory and cardiovascular patterns, autonomic signaling and the sensations we perceive from within. A small randomized study found differences in mood and respiratory rate after several weeks of brief breathing exercises; reviews describe physiological pathways but heterogeneous methods. These findings do not justify a universal “best breath.”
Gentle, comfortable breathing may change the conditions in which a thought is evaluated without proving the thought false. Forced breathing, long holds or breath focus can feel worse for some people, especially with panic or trauma. No specific pattern here is claimed to release a named neurotransmitter. Those molecular claims would require direct evidence.
Evidence status: WELL SUPPORTED: respiratory and autonomic physiology respond to breathing. PLAUSIBLE: effects on accessible choices; molecular claims are untested here.
Sources and boundaries: Zaccaro 2018Balban 2023
Movement and Walking Practice — Regulation While the World Is Still There
Constraint: regulation seems possible only by withdrawing
Walking gives attention several things to coordinate: the contact of the foot with the ground, movement through space, changing sights and sounds, and decisions about where to go. It can bridge interoception, exteroception and action while ordinary life continues around us. The aim is neither to walk perfectly nor to become absorbed in every sensation.
Studies of walking, movement and attention support context-dependent benefits, but do not establish that mindful walking by itself reverses addiction or trauma. For some people movement is easier than sitting still; for others mobility or safety constraints call for a seated equivalent. The mechanistic proposal is that practice with the world still present may help preserve a route from noticing to acting.
Evidence status: WELL SUPPORTED: movement has context-dependent effects. PLAUSIBLE: transfer from walking attention to everyday transition flexibility.
Sources and boundaries: Bigliassi 2020Lutz A 2008
RAIN and the Reduction of Experiential Fusion
Constraint: shame, aversion or craving becomes an unquestioned command
Tara Brach’s RAIN names four moves: Recognize, Allow, Investigate, Nurture. It invites recognition of what is here, room for it without endorsement, gentle curiosity about the experience, and care toward the person experiencing it. With shame or craving, that sequence may make it easier to say “this is happening” instead of “this is all I am” or “I must act now.”
RAIN is a practice source, not itself proof of a clinical mechanism. Evidence about decentering, compassion and structured mindfulness programmes can inform why it might help, but cannot validate this exact four-step sequence as a treatment. Investigation should remain gentle: detailed inward exploration is not required when it increases panic or dissociation.
Evidence status: PRACTICE SOURCE: Brach. PLAUSIBLE MECHANISM: decentering and compassion; no RAIN-specific efficacy claim.
Sources and boundaries: Brach · RAINBernstein A 2015Weng 2013
Compassion and Mettā — Changing the Affective Landscape
Constraint: self-attack makes support and ordinary reward harder to approach
Compassion and loving-kindness are not assignments to feel good on demand. They offer practice in relating to pain without adding contempt, and in recognizing that other people remain possible partners in regulation. A person can feel little warmth and still choose a less hostile way to address themselves.
In a short randomized training study, Weng and colleagues found changes in altruistic behaviour and neural responses associated with compassion training. This supports a bounded training effect; it does not identify a single “compassion circuit” or prove that any brief mettā exercise treats shame or addiction. Social cognition and reward systems are reasonable subjects for further study, not a promise of a particular chemical change.
Evidence status: WELL SUPPORTED: bounded effects in a training study. PLAUSIBLE: changes in the social and affective landscape.
Sources and boundaries: Weng 2013Dahl CJ 2015
Urge Surfing — Craving Without Obedience
Constraint: a cue links urge to action as if no interval exists
An urge can rise, vary and remain uncomfortable. Urge surfing asks a person to notice its changing qualities while protecting a choice about action. Urge ≠ action. That distinction does not mean the urge is harmless, or that a person must endure severe withdrawal without care. The point is to preserve safe behavioural options while craving is present.
Brewer’s smoking trial and a follow-up analysis suggest that structured mindfulness training can weaken the observed link between reported craving and smoking in a studied group; relapse-prevention trials and reviews show mixed outcomes across settings and comparisons. A brief educational exercise cannot inherit those trial results. For immediate risk, reaching a person or treatment service may be the better next move.
Full Practice Gate: Urge SurfingEvidence status: WELL SUPPORTED: cue reactivity and bounded smoking/relapse-prevention results. PLAUSIBLE: uncoupling an urge from action in a new setting.
Sources and boundaries: Brewer JA et al. 2011Elwafi 2013Bowen 2014Grant 2017
Savoring and Natural Reward
Constraint: competing futures exist, but have too little felt value
Recovery is more than making a drug cue less dominant. A cup of coffee, music, a shared joke or a patch of sun may be available yet barely register. Savoring means attending to the detail of a safe ordinary good thing, without demanding pleasure. Repeated attention might help restore its salience; this is different from insisting that someone should think positively.
Garland’s Mindfulness-Oriented Recovery Enhancement combines mindfulness, reappraisal and savoring. Randomized trials in defined opioid-and-pain populations found clinical benefits, and a smaller substudy examined natural-reward responses. These results support the combined programme in those settings; they do not isolate five minutes of savoring as its causal ingredient. Flow Hijacked adds a hypothesis: an alternative future can compete only if it becomes sufficiently valuable to feel reachable.
Evidence status: WELL SUPPORTED: outcomes of combined MORE in studied groups. PLAUSIBLE: natural-reward responsiveness. FLOW HIJACKED HYPOTHESIS: future revaluation changes reachability.
Sources and boundaries: Garland EL 2022Garland 2023Garland 2014
Practice and Neuromodulation — What We Actually Know
Constraint: network language is mistaken for molecular proof
Studies can measure attention, autonomic physiology, reward responses, interoception and changes in patterns of brain activity during or after particular practices. These are different levels of measurement. A shift in functional connectivity is an association; it does not show that meditation directly raised dopamine, serotonin or another named molecule. Even a behavioural benefit does not identify the molecular route by which it arose.
Evidence varies sharply by practice, population and comparison. Some findings concern expert practitioners, others multiweek programmes, and many tasks do not resemble a hard evening at home. The honest conclusion is that practice can engage attention and bodily regulation, and that structured programmes sometimes improve defined outcomes. Precise causal links from a specific practice through a neurotransmitter to a real-life transition are much less established.
Evidence status: WELL SUPPORTED: measured behavioural, physiological and network findings in bounded settings. NOT ESTABLISHED: a general direct molecular pathway.
Sources and boundaries: Fox 2016Balban 2023Garland 2023Shine JM 2019
Practice and Neuromodulation — The Flow Hijacked Hypothesis
Constraint: the same cue repeatedly wins the competition for action
Neuromodulatory systems influence gain, salience, learning and the balance between exploring alternatives and exploiting a familiar response in many experimental contexts. Flow Hijacked proposes that changing the conditions under which a person practices could alter the persistence of a dominant state, the stability of an attractor and the probability of another transition. This is a mechanistic research hypothesis, not a measured effect of the exercises on this page.
A test would need to define the state and alternatives, measure practice and its dose, capture bodily and behavioural changes over time, and compare competing explanations. If one response becomes less automatic but no meaningful alternative appears, the hypothesis has not yet delivered what matters. There is no shorthand such as “meditation raises dopamine” here.
Evidence status: FLOW HIJACKED HYPOTHESIS: gain, salience, exploration, persistence and transition probabilities. Direct molecular evidence for this proposed chain is lacking.
Sources and boundaries: Shine JM 2019Laukkonen RE 2021
Notice → Uncouple → Widen → Revalue
Constraint: insight alone does not create a valuable alternative
These are four operations, not a prescribed sequence or a validated treatment protocol. Notice makes a state representable. Uncouple interrupts the assumption that the state commands an action. Widen lets other signals and responses share the field. Revalue gives ordinary reward, connection and future possibilities enough felt importance to compete. A person may need support or material change at any step.
The operations draw on distinct research streams, including attention, decentering, relapse prevention and natural-reward work. Their integration into one model is a Flow Hijacked synthesis. It should be judged by whether it helps specify testable questions and humane choices, not by how neatly it fits a diagram.
FLOW HIJACKED SYNTHESIS · FOUR OPERATIONS
- Notice · Make the state observable without turning it into an identity.
- Uncouple · Let an urge or feeling exist without making it an order.
- Widen · Keep other signals and safe next moves represented.
- Revalue · Let ordinary reward, connection and a possible future regain weight.
Evidence status: FLOW HIJACKED SYNTHESIS: the four-operation model joins evidence from distinct domains; the combined sequence has not been validated.
Sources and boundaries: Dahl CJ 2015Brewer JA et al. 2011Garland EL 2022
Room to Move
Constraint: success is defined as permanent calm
A difficult feeling may remain. The nervous system may still be unsettled. Yet the next move need not be dictated by the loudest signal. Practice may matter when it lets a person contain a state and preserve more than one possible response: pause, move, ask for help, return to a meaningful task, or simply wait safely.
That is the central claim of this lecture, with its status kept honest: research supports several component processes and some structured interventions; the state-space account is a Flow Hijacked hypothesis. Practice is valuable not only when it changes what we feel, but when it changes how completely what we feel determines what can happen next. Lecture III, A Wider Life — Recovery, Meaning and the Return of Possible Tomorrows, will ask what we build with that room. It is not yet published.
Evidence status: WELL SUPPORTED: component findings and bounded interventions. FLOW HIJACKED HYPOTHESIS: the integrated accessibility account.
Sources and boundaries: Dahl CJ 2015Grant 2017Garland EL 2022
A GENTLE INVITATION
THREE EXPERIMENTS IN ROOM TO MOVE
Three brief educational experiments illustrate the mechanisms above. They are not treatment protocols, prescribed doses or replacements for care. Choose one manageable exercise; a change in mood is never required.
Keep your eyes open if you prefer, use external sights or sounds instead of body or breath, and stop whenever you wish. For trauma, panic, dissociation or severe distress, do not deliberately evoke an overwhelming sensation; end the exercise if you feel less present or less safe, orient to the room, and seek support from a trusted person or clinician. If there is immediate danger, seek urgent local help.
PRACTICE 1 · 3 minutes
Attention Returns
- Choose a neutral anchor, such as a steady sound, an object in view or contact with the chair. Set a gentle three-minute limit.
- Each time you notice attention has been captured, name that fact quietly and return to the anchor. Do not grade the distraction or force it away.
- At the end, notice the returns rather than counting uninterrupted seconds.
PRACTICE 2 · 3–4 minutes
One State, Wider Field
- Choose one difficult but manageable sensation. Let it be present without deliberately intensifying it.
- With eyes open, include peripheral vision, a sound, contact with the chair or floor, and one external object. You can shift to external cues alone if inward attention is unhelpful.
- Notice whether the original state can remain while these other signals are also available. End by looking around the room.
PRACTICE 3 · 5 minutes
Revalue One Ordinary Reward
- Choose one safe ordinary positive experience: coffee, music, sunlight, movement, food or contact with another person.
- Spend five minutes noticing sensory detail: temperature, rhythm, colour, texture or a small change. Do not force pleasure or judge whether it is strong enough.
- Finish by noting whether anything became more distinct, even if the answer is no.
EVIDENCE AND ITS LIMITS
What has been measured, and what remains a hypothesis
This is a focused source selection, not a new systematic review. Sources checked 26 September 2026. Multisession intervention findings do not validate the three short experiments here. Correlational imaging does not establish causal mechanism; phenomenology is not neural evidence; the state-space model is the project’s proposal.
A specific result supported by physiological measures, controlled studies or convergent evidence within a defined population and task. It does not automatically generalize to every person or practice.
A proposed route from practice to change that fits relevant findings but has not been isolated as the cause of an outcome.
Our dynamical account of reachable states and transitions. It is a research proposal, not an established neural measurement or a clinical promise.
Addiction reviews do not consistently show superiority over comparison treatments, and evidence quality varies. Unwanted experiences during meditation have also been documented; safety, fit and the ability to stop belong in any practical interpretation. Relapse-prevention review · Adverse-events review
Mechanistic review and proposed framework
Dahl CJ, Lutz A, Davidson RJ (2015). Reconstructing and deconstructing the self: cognitive mechanisms in meditation practice. Trends in Cognitive Sciences 19(9):515–523. DOI: 10.1016/j.tics.2015.07.001.Proposes attentional, constructive and deconstructive families, with meta-awareness, perspective taking and self-inquiry as candidate mechanisms targeting experiential fusion and related processes.
Boundary: Candidate mechanism architecture; explicitly notes sparse neural evidence for deconstructive practice.
Mechanistic review
Lutz A, Slagter HA, Dunne JD, Davidson RJ (2008). Attention regulation and monitoring in meditation. Trends in Cognitive Sciences 12(4):163–169. DOI: 10.1016/j.tics.2008.01.005.Distinguishes focused attention from open monitoring and discusses their differing attentional and emotional regulatory demands.
Boundary: Does not validate this page's Widen the Field exercise or demonstrate clinical state-space decompression.
Theoretical review
Laukkonen RE, Slagter HA (2021). From many to (n)one: Meditation and the plasticity of the predictive mind. Neuroscience & Biobehavioral Reviews 128:199–217. DOI: 10.1016/j.neubiorev.2021.06.021.Offers a predictive-processing account of how deconstructive meditation may alter anticipatory cognition and self-modeling.
Boundary: An explicit theoretical proposal; not an RCT, not proof that all meditation reduces prediction or increases behavioral options.
Critical review and process model
Bernstein A, Hadash Y, Lichtash Y, Tanay G, Shepherd K, Fresco DM (2015). Decentering and Related Constructs: A Critical Review and Metacognitive Processes Model. Perspectives on Psychological Science 10(5):599–617. DOI: 10.1177/1745691615594577.Separates meta-awareness, disidentification from internal experience and reduced reactivity to thought content in a proposed decentering model.
Boundary: Decentering is not identical to Buddhist nonattachment and the model does not prove a specific neural mechanism.
Randomized pilot trial
Brewer JA et al. (2011). Mindfulness training for smoking cessation: results from a randomized controlled trial. Drug and Alcohol Dependence 119(1–2):72–80. DOI: 10.1016/j.drugalcdep.2011.05.027.An initial mindfulness-training smoking trial found greater cigarette-use reduction and higher abstinence at the 17-week follow-up than the active comparator.
Boundary: Small early trial with short follow-up; not sufficient for sweeping claims about addiction recovery or the new exercises.
Randomized controlled trial
Garland EL, Hanley AW, Nakamura Y, Barrett JW, Baker AK, Reese SE, Riquino MR, Froeliger B, Donaldson GW (2022). Mindfulness-Oriented Recovery Enhancement vs Supportive Group Therapy for Co-occurring Opioid Misuse and Chronic Pain in Primary Care: A Randomized Clinical Trial. JAMA Internal Medicine 182(4):407–417. DOI: 10.1001/jamainternmed.2022.0033.In 250 adults with chronic pain receiving long-term opioid therapy and misusing opioids, an eight-session MORE program improved opioid-misuse and pain outcomes relative to supportive group therapy.
Boundary: MORE combines mindfulness, reappraisal and savoring; 36.8% discontinued by nine months, and this trial does not validate brief FH educational exercises.
Opinion/mechanistic synthesis
Shine JM (2019). Neuromodulatory Influences on Integration and Segregation in the Brain. Trends in Cognitive Sciences 23(7):572–583. DOI: 10.1016/j.tics.2019.04.002.Proposes how noradrenergic and cholinergic systems can alter gain and coordination across brain networks on cognition-relevant timescales.
Boundary: Does not establish a practice-to-neurochemical mapping, receptor mechanism for these exercises, or direct equivalence between network integration and a wider life.
Systematic review
Farias M, Maraldi E, Wallenkampf KC, Lucchetti G (2020). Adverse events in meditation practices and meditation-based therapies: a systematic review. Acta Psychiatrica Scandinavica 142(5):374–393. DOI: 10.1111/acps.13225.Reports of meditation-related adverse experiences include anxiety, depressed mood, cognitive disturbances and, in some included studies, traumatic re-experiencing.
Boundary: Very heterogeneous designs and inconsistent assessment prevent treating pooled prevalence as an individual's risk or establishing causation for every event.
Neuroimaging meta-analysis
Fox KCR et al. (2016). Functional neuroanatomy of meditation: a review and meta-analysis of 78 functional neuroimaging investigations. Neuroscience & Biobehavioral Reviews 65:208–228.Finds partly distinguishable activation patterns across several styles of meditation.
Boundary: Heterogeneous, largely correlational imaging; cannot identify a causal neurotransmitter pathway.
First-person phenomenology
Harris S, in conversation with Huberman A. Essentials: Using Meditation to Focus, View Consciousness and Expand Your Mind. Huberman Lab.Offers language for observing thoughts as events rather than identities.
Boundary: Conceptual orientation only; never used here as empirical support for neural or clinical claims.
Intensive-training behavioural and EEG study
Slagter HA et al. (2007). Mental training affects distribution of limited brain resources. PLOS Biology 5(6):e138.Observed a smaller attentional blink and altered P3b after intensive training.
Boundary: Task and retreat context; does not establish transfer to a brief exercise or daily choices.
Affective-neuroscience review
Davidson RJ (2002). Anxiety and affective style: role of prefrontal cortex and amygdala. Biological Psychiatry.Emphasizes affective chronometry: the time course of emotional responding and regulation.
Boundary: Affective persistence is not a direct measure of attractor depth or hysteresis in a person's brain.
Review of affective dynamics
Puccetti NA et al. (2022). Temporal dynamics of affect in the brain: evidence from human imaging and animal models. Neuroscience & Biobehavioral Reviews 133:104491.Distinguishes onset, peak, duration and recovery as dimensions of affect.
Boundary: A conceptual and empirical review, not validation of Flow Hijacked's dynamical model.
Theoretical neuroscience review
Barrett LF, Simmons WK (2015). Interoceptive predictions in the brain. Nature Reviews Neuroscience 16:419–429.Sets out a model linking interoceptive prediction and allostatic bodily regulation.
Boundary: A model and evidence synthesis, not proof that a specific practice changes a specific decision.
Systematic review of slow breathing
Zaccaro A et al. (2018). How breath-control can change your life: a systematic review on psycho-physiological correlates of slow breathing. Frontiers in Human Neuroscience 12:353.Reviews respiratory, cardiovascular and autonomic correlates of slow breathing.
Boundary: Methods and populations vary; do not infer a universal protocol or a transmitter release.
Randomized breathing comparison
Balban MY et al. (2023). Brief structured respiration practices enhance mood and reduce physiological arousal. Cell Reports Medicine.Reports short-term mood and respiratory-rate differences across assigned breathing and mindfulness practices.
Boundary: A small study over weeks; not evidence for a universal best pattern or a specific neurochemical effect.
Small walking comparison
Bigliassi M et al. (2020). Effects of mindfulness on psychological and psychophysiological responses during self-paced walking. Psychophysiology 57(4):e13529.Examines attention and psychophysiological response during self-paced walking.
Boundary: Does not isolate a causal route to recovery, trauma treatment or state-space flexibility.
Primary practice source
Brach T. RAIN: Recognize, Allow, Investigate, Nurture. Tara Brach official practice resources.Documents the four RAIN steps and their compassionate intent.
Boundary: Practice instruction, not an independent efficacy study.
Randomized short training study
Weng HY et al. (2013). Compassion training alters altruism and neural responses to suffering. Psychological Science 24(7):1171–1180.Found changes in altruistic behaviour and associated neural responses after compassion training.
Boundary: Does not identify a unique compassion circuit or prove clinical benefit for addiction.
Secondary analysis of a smoking trial
Elwafi HM et al. (2013). Mindfulness training for smoking cessation: moderation of the relationship between craving and cigarette use. Drug and Alcohol Dependence.Examined an association between home practice and a weaker craving–smoking link.
Boundary: Within the mindfulness arm; moderation is not proof that decoupling caused abstinence.
Randomized aftercare trial
Bowen S et al. (2014). Relative efficacy of mindfulness-based relapse prevention, standard relapse prevention, and treatment as usual for substance use disorders. JAMA Psychiatry 71:547–556.Found different substance-use outcomes across treatments and follow-up intervals.
Boundary: A multisession aftercare programme; results cannot be assigned to one brief practice.
Systematic review and meta-analysis
Grant S et al. (2017). Mindfulness-based relapse prevention for substance use disorders: a systematic review and meta-analysis. Journal of Addiction Medicine 11:386–396.Did not detect statistically significant differences versus comparators on several outcomes; evidence quality was low or very low.
Boundary: Does not show that all mindfulness approaches are ineffective; it limits broad superiority claims.
Randomized trial substudy
Garland EL et al. (2023). Mindfulness-oriented recovery enhancement remediates anhedonia in chronic opioid use by enhancing neurophysiological responses during savoring of natural rewards. Psychological Medicine.Examined neural and physiological responses to natural rewards after a combined intervention.
Boundary: A small specific population and combined treatment; does not isolate savoring as the cause.
Early-stage controlled trial
Garland EL et al. (2014). Effects of Mindfulness-Oriented Recovery Enhancement on reward responsiveness and opioid cue-reactivity. Psychopharmacology.Examined opioid-cue reactivity and natural-reward responsiveness in people with chronic pain and opioid problems.
Boundary: Early-stage, population-specific and multimodal; cannot validate a stand-alone savoring exercise.
CONTINUE EXPLORING
From room to move toward a wider life
AVAILABLE TO READ AND EXPLOREThe GraspingThe existing reading route, full lectures and Practice Gate in the Eastern Wisdom branch.
Eastern Wisdom & Recovery
Two lectures and four new practices: from craving to a wider life.