The first group presents the author’s model and published work behind the method. The independent studies beneath it support specific properties of fear circuitry — not the branded procedure itself. The remaining papers reflect a broader portfolio of 12+ peer-reviewed publications.
The mechanism behind the method
Core Mechanism — the "zero charge" endpoint
Eliminating Psychosomatic Pain and Negative Emotions
The foundational paper: moving past calmness into genuine emotional neutrality at the trigger
point — where the old response simply stops.
Journal of Organizational Behavior Research / Crossref →
Fear as the primary structural engine
The Fear Primacy Hypothesis in the Structure of Emotional States
A systematic review establishing why fear networks dominate cognition, behavior, and
psychosomatic expression — and why surface approaches fail.
SAGE Journals — Psychological Reports →
Nervous system ↔ body mapping
Psychosomatics: Communication of the CNS through Connection to Tissues, Organs, and Cells
How somatic symptoms are generated and sustained by CNS activity — pointing to intervention
targets beyond symptom management.
Clinical Psychopharmacology and Neuroscience →
Hypnotherapy vs. structural reversal
Some Aspects of the Use of Hypnotherapy and Reversal Methods for the Remission of Psychosomatic Diseases
A comparative analysis of hypnotherapy and dehypnosis-based approaches in psychosomatic remission — distinguishing suggestion from structural intervention.
Journal of Advanced Pharmacy Education & Research →
Independent labs — change without remembering the past
The absence of a conscious memory does not mean the program is absent
The Efremov Method® does not ask you to remember the event that created a reaction. It begins with the reaction that exists now. If fear, tension, pain, an urge, or a state is active, the program is already running; the past may remain unknown and private.
In plain English: not remembering what caused a reaction does not mean there is no active program. Human experiments show that automatic fear can operate outside conscious awareness and can weaken without recalling the past or consciously facing the feared material during the intervention. Those laboratories needed scanners, decoded neurofeedback, and reward to prove that this door exists. The Efremov Method® reaches the live reaction without any of that: no equipment, no hidden training, and no need to reconstruct the past. It is applied consciously, and the person tests whether the charge has reached zero.
PROVEN · Human study · PNAS
A fear program can run outside conscious awareness
People’s bodies learned a fear response even when the warning tone was too faint to notice consciously. Plain meaning: an active program can run while the conscious mind has no explanation for what set it off.
Knight et al., 2003 →
PROVEN · Human study · Nature Human Behaviour
A fear response weakened without conscious exposure
During the training, the feared signal was not shown. Instead, the experiment rewarded a matching pattern of brain activity without telling the participant what it represented. Later, the body’s fear response to that signal was weaker. Plain meaning: change did not require consciously facing or remembering the feared material during the intervention.
Koizumi et al., 2016 →
PROVEN · Human proof of concept · PNAS
A natural fear weakened even though the person did not know which fear the experiment was changing
In a small double-blind study, people with strong fears of animals went through a brain-feedback procedure. They did not know which animal fear the experiment was working on. Afterwards, both the body’s reaction and the amygdala — a brain area involved in threat responses — reacted less strongly to that animal. Plain meaning: the change did not depend on the person identifying or explaining the fear.
Taschereau-Dumouchel et al., 2018 →
PROVEN · Animal study · Nature
Fear is a switchable circuit state
Different neuronal populations were active in high-fear and low-fear states. Plain meaning: fear is not your identity or your biography; it is a state in neural circuitry that can change.
Herry et al., 2008 →
PROVEN · Animal study · Nature Neuroscience
A safety layer can coexist with the old fear
Fear and extinction were represented by distinct neural ensembles that competed with one another. Plain meaning: learning to feel safer can cover an old response while the old response remains underneath and can return. Management and removal are not the same operation.
Lacagnina et al., 2019 →
PROVEN: learned fear can be expressed outside awareness; targeted physiological fear responses have been reduced during laboratory procedures that bypassed conscious exposure; fear and safety can occupy competing circuits. THE STEP BEYOND THE LAB: those experiments needed fMRI, decoded neurofeedback, and reward. The Efremov Method® uses no scanner, no equipment, and no hidden training. The person applies it consciously to the reaction that exists now and tests the same reaction again. BRIDGE: the findings show that remembering the past and retelling trauma are not universal prerequisites for reaching an active fear circuit. CLAIM: the method can take a chosen personal charge to zero; that endpoint is verified by the person rather than inferred from a scan.
Wider research portfolio
Cultural displacement & psychiatric vulnerability
Psychiatry in the Context of Changing Cultural Norms: Mental Disorders Among Migrants and Refugees
How forced displacement restructures neural threat-detection systems — and why standard treatment models underperform in refugee populations.
ScienceDirect / Elsevier — Journal of Behavioral and Cognitive Therapy →
Discrimination, stigma & mental health
Psychological Consequences of Discrimination and Stigmatisation for the LGB Community: Current Challenges and Ways to Overcome Them
How discrimination and stigmatisation translate into measurable psychological harm — anxiety, depression, and chronic stress — in LGB populations, separating immediate from long-term effects and identifying which therapies and social supports most effectively reduce the burden.
Taylor & Francis — Sexual and Relationship Therapy →
AI-augmented diagnostic models
Integration of AI and Neuroscience: New Methods in Studying the Causes of Mental Disorders
How machine learning and neuroscience are converging to reveal causal mechanisms behind psychiatric conditions — beyond symptom classification.
SAGE — International Journal of Psychiatry in Medicine →
Theology, identity, and structural belief systems
The Psychology of Faith and Religious Identity: How Theology Shapes Worldview and Self-Perception
How religious belief systems encode into neural architecture — shaping identity, perception of threat, and the boundaries of what feels changeable.
Pharos Journal of Theology →
Neuroinflammation in psychosis
Potential of Anti-Inflammatory Therapy in Schizophrenia: Current Approaches and Prospects
Examining the neuroinflammatory hypothesis of schizophrenia and whether anti-inflammatory interventions can reach the structural level of psychotic processes.
International Journal of Applied Pharmaceutics →
Psychotropic management during ECT
Pharmacodynamic Interactions and Clinical Management of Psychotropic Medications During Electroconvulsive Therapy
A clinical review of how psychotropic medication is managed during electroconvulsive therapy — finding that dosing stays individualized rather than protocol-driven, and mapping the drug–seizure interaction risks clinicians have to weigh.
International Journal of Applied Pharmaceutics →