Research Program / Belief Dynamics and Mind–Body Regulation · 中文

emotions

情绪

interface 3/3 · testability 3/3 · 12 claims · claims · concept entry

This program treats the Seth Material as a source of hypotheses, not as doctrine to be validated. Lead dossiers are AI-compiled from the corpus with a book-and-session citation after every statement; literature reviews are AI web-search summaries whose references were all DOI-verified against Crossref; the agenda draft is an AI synthesis. None of it is Seth's original text, and none of it represents scientific consensus. This dossier is a machine translation; the Chinese text is authoritative.

Emotions Dossier

1. What are Seth's specific claims about this concept? How many times was it mentioned, in which books, and did the wording change over time?

The source material does not address this.

2. What mechanism does he propose?

Emotions are generated by beliefs, but the triggering of natural disasters falls more directly on the emotional level than on the belief level; the overall emotional tone is transformed into external physical conditions through the connection between the body and the environment [personal-reality §665].
Emotions possess an electromagnetic nature and participate in generating "ghost chemicals"; collective emotions form an emotional energy pool whose direction and momentum constitute the driving force behind natural phenomena such as storms [personal-reality §665].
When emotions flow naturally, they do not overwhelm consciousness; only when blocked do they appear opposed to reason. The conscious mind guides experience through beliefs, but the actual mechanism is completed automatically by the inner self [personal-reality §646].
The action of emotions at the bodily level is realized through electromagnetic patterns: health problems do not originate in the body, but rather destructive emotional patterns directly affect the molecular structure of cells, and this effect persists due to habitual patterns [dreams-projections §3].
In dreams, emotions can trigger internal reactions by lowering ego defenses, altering the entire electromagnetic balance, and promoting healing; destructive emotional patterns can be converted into constructive situations in dreams [dreams-projections §3].

3. Are there observable inferences or specific predictions (including time, quantity, conditions)?

Emotions are highly involved in precognitive programs: the individual can perceive information that holds significance for them; that "importance" draws the information to them like a magnet [nature-of-psyche §764].
The material provides a specific experiment: take a piece of paper, write the numbers 1 to 20 in the margin, covering a one-month period, and see how many correct predictions can be made; when writing, the first reaction must be written immediately, without applying criticism, and without deliberately guessing based on known information [esp-power §10].
Experimental conditions: when recording predictions, do not attempt to specify specific dates within the month (unless the date emerges spontaneously); it is suggested to divide conscious attention (e.g., by drinking coffee or watching TV) to help release ego consciousness; when making daily predictions, the time at which the prediction was written must be recorded each day [esp-power §10].
The material provides a descriptive prediction of the temporal distribution of results: predictions will show periodic active peaks and inactive troughs, and will not remain consistently stable [esp-power §10].
The material provides a specific case as mutual corroboration of personal records: when the word "turnups" repeatedly appeared in the records, that couple invariably visited; the recorder never encountered a case where "turnups" appeared and the couple did not arrive [esp-power §10]. This is an example of shorthand used in personal records, not a general rule.
Regarding the relationship between emotional feeling and prediction validity: when writing down predictions, there is usually no emotional feeling; occasionally, when conscious certainty is present, that prediction tends to be invalid; whereas premonitions not spontaneously generated often accompany strong emotional content and certainty [esp-power §10].
Scientific instruments have been able to induce emotions such as fear and sadness in certain operations, and observable secondary bodily effects such as accelerated pulse and increased activity of certain chemicals and hormones can be observed [early-sessions-1 §25]. However, the material explicitly states that these are observable secondary effects; the experience itself remains subjective and psychological [early-sessions-1 §25].
Emotions do not occupy physical space, but they occupy variable "psychological space" according to intensity: the greater the intensity, the more psychological space occupied, the stronger the experienced "present," and the more complete the recall; strong emotions can break through the time barriers of past, present, and future, making old moments as vivid as the present [early-sessions-4 §183].
There are observable clues for the correspondence between emotions and colors: red is the most "present" color, while cool colors are more contemplative; the electrical component of emotions manifests in an aura of a certain color [early-sessions-4 §183].
The inner self does not know what time is; emotions are the best indicator of "time-making": a vivid emotional experience can be more "present" than an ordinary uneventful event from ten minutes ago—this is a direct experience in which intense emotion violates the individual's ideas of time and place [early-class-2 §?（1970-10-06）].

4. Where did he say contemporary science was wrong, and in what direction should it look?

Direction for science: Seth pointed out that scientists' existing tools are no longer sufficient; due to human curiosity, scientists will ultimately be compelled to use the inner senses, otherwise they can only deal with camouflage patterns and reach a dead end [dreams-projections §2]. The only way out is to recognize that only the inner senses can provide any evidence about the fundamental nature of life; one should explore seemingly empty places because they are full, and look for gaps between events [dreams-projections §2]. The problem of science does not lie in inventing new instruments, but in using the "formless" tools you already possess—namely the mind (not the brain), which is the meeting point of the inner and outer senses and the place where the universe's secrets will be discovered [dreams-projections §2]. Scientists should acknowledge that the instruments they design inherently have a distortion effect, translating data they cannot understand into comprehensible forms, a process in which the data is diluted and simplified, and the original information is distorted beyond recognition [dreams-projections §2].

5. What experiments or practices did he suggest? What did Jane and Rob actually do and observe?

Experiment/practice suggestions

Seth suggested using the "first inner sense," a direct, immediate form of inner perception, similar to being able to feel heat or cold without touching fire or ice—involving direct cognition of the external world through inner vibrational touch [dreams-projections §2]
After the "focused consciousness" experience, Seth suggested that Jane and Rob attempt consciousness expansion and ESP experiments, and write a book recording the results (whether positive or negative) [dreams-projections §1]
Seth suggested Rob practice a conscious experiment: first observe various objects in the room (such as a vase, a painting on the wall, plants, etc.), attempting to let the "mind's eye" go around to the back of the object and clearly imagine its "other side"; then stand at the window looking out, imagine walking across the bridge, feeling the wooden planks underfoot, walking to the signal light at the end of the bridge, continuing along the street, and attempting to feel the houses and trees along the way with "inner touch" [dreams-projections §2]
At the 22nd session, Seth told Rob he had done well and suggested he practice the above experiment regularly [dreams-projections §2]
Seth suggested both practice pendulum experiments regularly [early-sessions-4 §153]

Observations actually made by Jane and Rob

After first receiving the "first inner sense" material, the two began experimenting with this sense based on that information [dreams-projections §2]
While working in his studio, Rob spontaneously had a clear and vivid inner visual scene—he "knew" he was seeing the bedroom where his brother Dick had died in England in a past life, and he quickly made a sketch, which he later framed and placed on the bookshelf; Seth described the rest of the room at the evening session and added details of Dick's English life [dreams-projections §2]
Rob conducted conscious experiments based on the first inner sense material, recording notes of his attempts to perceive objects and street scenes along the way through "inner touch" [dreams-projections §2]
While washing dishes in the kitchen, Jane alone received a clear and humorous psychological message (responding to her inner question about publishing letters), which she recognized and conveyed to Rob, then almost immediately entered a trance state and began a spontaneous Seth session [dreams-projections §2]
In a drowsy state (early morning), Jane heard a male whisper of "twelve-oh-five," and confirmed via pendulum that it was random channeling [early-sessions-4 §153]
In a drowsy state (possibly a dream), Jane found herself in gray-white smoke, smelled smoke, felt rapid panic, and the experience then ended [early-sessions-4 §153]
Jane worked to resume regular psychological time experiments, and both regularly practiced the pendulum as Seth suggested [early-sessions-4 §153]
Seth noted that Jane's excessive reaction to spring (previously more intense) had now diminished because her relationship with inner tension had improved—previously this reaction stemmed from difficulty in processing atmospheric and bodily chemical changes as well as psychological tension [early-sessions-4 §153]

6. What supplementary or contradictory information do other concepts in the corpus provide about this concept?

Emotion is the end of the inner senses, one of the connections linking the physical entity to the whole self [early-sessions-1 §25]
Emotion belongs to the personality while connecting both the conscious ego and the inner self [early-sessions-1 §25]
Emotion also belongs to the subconscious; racial memory exists as inner emotional memory [early-sessions-1 §25]
Emotion has an electrochemical structure, is part of action, and can be manipulated [early-sessions-4 §156]
Emotion flows naturally; refusing emotion is impossible, and refusal itself is an action [early-sessions-4 §156]
The ego's refusal of emotion depletes energy, causing emotion to express itself in rebellious ways [early-sessions-4 §156]
Emotion and imagination liberate the intellect, preventing the intellect from being limited [nature-of-psyche §782]

7. Questions not yet asked

Can emotions as electromagnetic energy be measured via magnetoencephalography (MEG) for correlation with weather changes, and can a double-blind experiment be designed to test whether collective emotional indicators predict local storm intensity?
Can Seth's claim that "emotions break through time barriers" be verified with time perception tasks: after inducing high-arousal emotions, measure participants' estimation bias of event duration, comparing differences in past/future recall encoding?
Can the assertion that "red is the most present color" be tested with a color-emotion-time perception crossover experiment: have participants complete time estimation tasks under red and blue background light, testing whether red shortens subjective time.
Can the "first inner sense" exercise of going around to the back of an object be converted into a functional MRI experiment on visual mental rotation tasks, comparing parietal lobe activation patterns before and after training?
Emotional intensity and "psychological space occupation" can be indirectly measured through subjective time passage scales and attentional resource allocation tasks; design an individual differences study to test whether high-intensity emotions reduce working memory capacity available for subsequent tasks?

Appendix: Claim List (for Phase C)

id	Claim	Type	Source
emotions-1	Emotions are generated by beliefs, but the triggering of natural disasters falls directly on the emotional level; the overall emotional tone is transformed into external physical conditions through the connection between the body and the environment.	Mechanism description	personal-reality §665
emotions-2	Emotions possess an electromagnetic nature and participate in generating "ghost chemicals"; collective emotions form an emotional energy pool whose direction and momentum constitute the driving force behind natural phenomena such as storms.	Mechanism description	personal-reality §665
emotions-3	When emotions flow naturally, they do not overwhelm consciousness; only when blocked do they appear opposed to reason. The conscious mind guides experience through beliefs, but the actual mechanism is completed automatically by the inner self.	Mechanism description	personal-reality §646
emotions-4	Health problems do not originate in the body; rather, destructive emotional patterns directly affect the molecular structure of cells, and this effect persists due to habitual patterns.	Mechanism description	dreams-projections §3
emotions-5	In dreams, emotions can trigger internal reactions by lowering ego defenses, altering the overall electromagnetic balance, and promoting healing; destructive emotional patterns can be converted into constructive situations in dreams.	Mechanism description	dreams-projections §3
emotions-6	Emotions are highly involved in precognitive programs: the individual can perceive information significant to them, and "importance" draws the information to them like a magnet.	Mechanism description	nature-of-psyche §764
emotions-7	A prediction experiment can be conducted: take paper and write 1 to 20, covering a one-month period, write the first reaction without criticism, record predictions and observe periodic active peaks and inactive troughs.	Methodological suggestion	esp-power §10
emotions-8	When writing predictions, there is usually no emotional feeling; occasionally, when conscious certainty is present, the prediction tends to be invalid; premonitions not spontaneously generated often accompany strong emotion and certainty.	Testable prediction	esp-power §10
emotions-9	Emotions do not occupy physical space, but they occupy variable "psychological space" according to intensity: the greater the intensity, the stronger the experienced "present"; strong emotions can break through time barriers.	Ontological assertion	early-sessions-4 §183
emotions-10	There is a correspondence between emotions and colors: red is the most "present" color, while cool colors are more contemplative; the electrical component of emotions manifests in an aura of a certain color.	Ontological assertion	early-sessions-4 §183
emotions-11	The inner self does not know time; emotion is the best indicator of "time-making": intense emotional experiences are more "present" than uneventful ordinary events.	Ontological assertion	early-class-2 §?（1970-10-06）
emotions-12	Scientists' existing tools are insufficient; they must use the inner senses. They should explore seemingly empty places because they are full, seeking gaps between events; the mind is the meeting point of the inner and outer senses.	Methodological suggestion	dreams-projections §2

Literature review · 20 DOI-verified references · generated 2026-09-05 · ★ fundable

Review of Current Research on Emotions

Supported 0 | Contested 3 | Untested 6 | Contradicted 3

emotions-1｜contradicted

Claim: Emotions are generated by beliefs, but triggers from natural disasters impinge directly on the emotional level; the overall emotional tone is converted through the body and environment into external physical conditions. (personal-reality §665)

Evidence (Crossref-verified):

Jason T. Buhle et al. (2014). Cognitive reappraisal of emotion: a meta-analysis of human neuroimaging studies. Cerebral Cortex. https://doi.org/10.1093/cercor/bht154 —— 48 neuroimaging studies support cognitive reappraisal in modulating emotion, but cannot establish that all emotions are generated by beliefs, still less that emotions directly generate weather. Paper
Kerry A. Emanuel (1986). An Air-Sea Interaction Theory for Tropical Cyclones. Part I: Steady-State Maintenance. Journal of the Atmospheric Sciences. https://doi.org/10.1175/1520-0469(1986)043<0585:AASITF>2.0.CO;2 —— Air–sea exchange and thermodynamic theory explain tropical cyclone maintenance and constitute the physical baseline that any claimed emotional driving force would have to surpass. Paper

Adjudication experiment: Restrict the claim to an incremental prediction of local severe convection from collective emotion: ~10,000 residents across 20–30 regions provide continuous daily emotion sampling, prospectively tracked over 3–5 storm seasons, combined with weather-station data, radar, lightning, and numerical forecast products. Preregister the 24-hour prediction window and maximum gust as the primary outcome; hold out test sets by region and year; control for weather-forecast-induced mood changes, season, population activity, and pollution. Several hundred relatively independent storm events are required; even if predictive improvement emerges, causal direction must be further tested with randomized emotion interventions.

Suggested paper title: Collective Affect and Local Storm Intensity: A Preregistered Prospective Test of Incremental Predictive Validity

Core challenge: If a direct causal role survives the exclusion of behavioral and environmental mediation, it would revise the assumption that local storm evolution is explained by measurable atmospheric initial conditions, boundary conditions, and physical forcings.

Related teams/funders: Kerry A. Emanuel (cyclone dynamics; adjacent research, not endorsement of the claim); Kevin N. Ochsner (cognitive reappraisal and emotion regulation); National Center for Atmospheric Research (atmospheric modeling and observation)

Specificity of the Seth formulation: Emotions directly triggering disasters is a stronger causal assertion than cognitive reappraisal theory, but no emotion type, range of action, time lag, dose, or disaster category is specified; the claim therefore currently lacks distinguishable quantitative predictions.

Notes: General note: status refers to the core strong assertion of the original sentence; evidence includes literature supporting sub-propositions and literature limiting their extrapolation; untested means no direct test was found in this search and does not guarantee that no study exists worldwide; all sample sizes below are planning magnitudes and require power calculation based on the minimal detectable effect and clustering structure; paper titles are proposed; who does not imply endorsement of Seth; this contradicted entry targets the interpretation of emotions as a direct driver of disasters.

emotions-2｜contradicted

Claim: Emotions have an electromagnetic nature and participate in generating "ghost chemicals"; collective emotions form an emotional energy pool whose direction and dynamics constitute the driving force of natural phenomena such as storms. (personal-reality §665)

Evidence (Crossref-verified):

Elena Boto et al. (2018). Moving magnetoencephalography towards real-world applications with a wearable system. Nature. https://doi.org/10.1038/nature26147 —— MEG can record the weak magnetic fields produced by neural currents; detecting emotion-related brain activity is not the same as detecting an emotional energy pool capable of driving storms. Paper
Kerry A. Emanuel (1986). An Air-Sea Interaction Theory for Tropical Cyclones. Part I: Steady-State Maintenance. Journal of the Atmospheric Sciences. https://doi.org/10.1175/1520-0469(1986)043<0585:AASITF>2.0.CO;2 —— Physical explanations of storm dynamics require explicit energy sources and coupling mechanisms; the proposed emotional energy pool provides none of these quantities. Paper

Adjudication experiment: First, a randomized crossover emotion-induction experiment with ~120 participants, 4 sessions each over 4–8 weeks, using shielded MEG to measure brain magnetic fields and independent magnetometers to measure field strength at various distances outside the head, establishing spectral, spatial-decay, and energy-flux upper bounds; include empty-room, mannequin, EMG, and ECG controls. Any claimed new chemical must first define an identifiable mass, structure, or reaction signature, then be verified by blinded mass spectrometry. For the weather component, retain the multi-year cohort of emotions-1, with the emotion-modeling group and weather-outcome-evaluation group mutually blinded, and schedule at least several hundred collective-emotion induction sessions randomized by location and time period to test intervention effects.

Suggested paper title: Affective State, Biomagnetic Field Strength, and Atmospheric Outcomes: A Preregistered Multiscale Test

Core challenge: If a repeatable direct coupling were found, it would revise the physical assessment that the environmental attenuation and atmospheric coupling strength of known human biomagnetic fields are insufficient to constitute a storm energy source.

Related teams/funders: Matthew J. Brookes, University of Nottingham, Sir Peter Mansfield Imaging Centre; Elena Boto (wearable magnetoencephalography); Kerry A. Emanuel (cyclone dynamics)

Specificity of the Seth formulation: An electromagnetic nature is in principle convertible into field-strength and frequency predictions, but the original sentence provides no numerical values; "ghost chemicals" also lack an operational definition and cannot be directly equated with hormones, neurotransmitters, or ultraweak photons.

Notes: Supplementary question 1: MEG can measure emotion-related neural activity, but magnetic-field amplitude cannot be treated directly as emotional energy; a blinded prediction test can only assess predictive validity and cannot by itself establish that emotions drive weather, and participants cannot be fully blinded to their own emotional state. Related laboratory

emotions-3｜contested

Claim: When emotions flow naturally they do not overwhelm consciousness; they appear opposed to reason only after being dammed up. The conscious mind guides experience through beliefs, but the actual mechanism is accomplished automatically by the inner self. (personal-reality §646)

Evidence (Crossref-verified):

Brett Q. Ford; Phoebe Lam; Oliver P. John; Iris B. Mauss (2018). The psychological health benefits of accepting negative emotions and thoughts: Laboratory, diary, and longitudinal evidence. Journal of Personality and Social Psychology. https://doi.org/10.1037/pspp0000157 —— Laboratory, diary, and longitudinal results support an association between accepting psychological experience and less negative emotion and better psychological health, but do not establish that only damming causes emotional dyscontrol. Paper
Jason T. Buhle et al. (2014). Cognitive reappraisal of emotion: a meta-analysis of human neuroimaging studies. Cerebral Cortex. https://doi.org/10.1093/cercor/bht154 —— Cognitive reappraisal recruits control networks and modulates amygdala responses, supporting the weaker proposition that conscious strategies influence subsequent neural processing. Paper

Adjudication experiment: Approximately 360 participants randomly assigned to acceptance, expressive suppression, cognitive reappraisal, or natural-viewing conditions, exposed to low- and high-intensity emotion inductions; measure experienced loss of control, skin conductance, heart rate, and subsequent working memory. Four weeks of training plus a 3-month follow-up; preregister the strategy × stimulus-intensity interaction and record prior suppression habits. The key counterexample is whether participants who fully accept and have no prior suppression still show loss of control or cognitive impairment under high-intensity stimulation.

Suggested paper title: Acceptance, Suppression, and Cognitive Reappraisal Under High Emotional Load: A Preregistered Randomized Trial

Core challenge: If only suppression, rather than stimulus intensity, produces dyscontrol, this would revise the multifactorial model in which emotion dysregulation is jointly determined by stimulus load, regulation strategy, and individual vulnerability.

Related teams/funders: Brett Q. Ford (emotional acceptance); Iris B. Mauss (emotion regulation); Kevin N. Ochsner (cognitive reappraisal)

Specificity of the Seth formulation: Natural flow and automatic inner mechanisms are vaguer than current process models; the exclusivity claim that only damming causes dyscontrol is more specific and most vulnerable to counterexamples.

Notes: Acceptance, expression, catharsis, and rumination are different operations; results from acceptance research cannot be generalized to arbitrary emotional-release methods; contested indicates that sub-propositions have evidence while the absolutized conclusion is unsupported.

emotions-4｜contradicted

Claim: Health problems do not originate in the body but arise when destructive emotional patterns directly affect cellular molecular structure, and persist through habitual patterning. (dreams-projections §3)

Evidence (Crossref-verified):

Sheldon Cohen; Denise Janicki-Deverts; William J. Doyle; Gregory E. Miller; Ellen Frank; Bruce S. Rabin; Ronald B. Turner (2012). Chronic stress, glucocorticoid receptor resistance, inflammation, and disease risk. Proceedings of the National Academy of Sciences. https://doi.org/10.1073/pnas.1118355109 —— Two viral-challenge studies support that chronic stress influences disease susceptibility via glucocorticoid receptor resistance and inflammation, constituting a psycho–physiological–pathogen interaction. Paper
Grant S. Shields; Chandler M. Spahr; George M. Slavich (2020). Psychosocial Interventions and Immune System Function: A Systematic Review and Meta-analysis of Randomized Clinical Trials. JAMA Psychiatry. https://doi.org/10.1001/jamapsychiatry.2020.0431 —— A meta-analysis of 56 randomized trials with 4,060 participants supports that psychosocial interventions improve some immune indices, but does not support that disease generally originates in destructive emotion. Paper

Adjudication experiment: Approximately 400 adults with sustained high stress randomly assigned to an 8–12 week emotion-regulation intervention or an active control of equal duration, followed for 12 months; blindly assess immune-cell composition, transcriptome, inflammatory proteins, and glucocorticoid sensitivity, while tracking sleep, infection, medication, and behavior. First specify whether molecular structure refers to DNA sequence, epigenetic modifications, protein conformation, or expression level, and preregister assays for each; mediation analysis is used to compare endocrine and behavioral pathways and cannot by itself establish direct action from residual association.

Suggested paper title: Effects of Emotion Regulation Training on Immune Cell Molecular Phenotypes: A Randomized Longitudinal Trial

Core challenge: If emotion were shown to be a necessary cause of all disease, this would overturn the etiological conclusion that pathogens, genetic defects, and physical injury can cause disease in the absence of destructive emotion.

Related teams/funders: George M. Slavich, University of California, Los Angeles, Laboratory for Stress Assessment and Research; Grant S. Shields (stress, cognition, and immunity research); Gregory E. Miller (stress and health research)

Specificity of the Seth formulation: Stress effects on cellular function have concrete mechanisms; the distinctive content of the original sentence lies in excluding bodily causes and claiming direct modification of structure, but no target molecule or reaction pathway is specified.

Notes: Modulating gene expression is not equivalent to altering DNA sequence or molecular structure, and effective psychological intervention does not imply that the patient's emotions caused the disease. Related laboratory

emotions-5｜untested

Claim: In dreams, emotion can trigger internal responses by lowering ego defenses, altering the overall electromagnetic balance, and promoting healing; destructive emotional patterns can be converted into constructive scenarios in dreams. (dreams-projections §3)

Evidence (Crossref-verified):

Sophie Schwartz; Alice Clerget; Lampros Perogamvros (2022). Enhancing imagery rehearsal therapy for nightmares with targeted memory reactivation. Current Biology. https://doi.org/10.1016/j.cub.2022.09.032 —— A randomized trial in 36 nightmare-disorder patients showed that REM-period sound cues enhanced imagery rehearsal therapy, reducing nightmares and increasing positive dream emotion; no electromagnetic-balance healing mechanism was tested. Paper

Adjudication experiment: Approximately 240 nightmare-disorder patients in a 2 × 2 randomized design (imagery rescripting with or without paired REM-period sounds), 4 weeks of treatment, 3-month follow-up; primary outcome is nightmare frequency; secondary outcomes are daytime symptoms and dream emotion, using blinded ratings and polysomnography. If an electromagnetic-balance mechanism is asserted, a specific EEG or MEG parameter and its direction of change must be prespecified and tested in a subsample of ~80 participants for temporal precedence and mediation of clinical improvement; electrical-activity changes alone cannot establish an independent electromagnetic healing pathway.

Suggested paper title: Dream Rescripting and REM-Targeted Memory Reactivation: Clinical Outcomes and Electrophysiological Mediators

Core challenge: Only evidence of an independent electromagnetic causal pathway would revise the mechanistic model in which nightmare interventions operate primarily through memory processing, emotional learning, and sleep physiology.

Related teams/funders: Sophie Schwartz, University of Geneva; Lampros Perogamvros, University of Geneva, Neuropsychiatry of Sleep and Dreams; Swiss Center for Affective Sciences

Specificity of the Seth formulation: Transformation of negative dream content has measurable counterparts; lowering ego defenses and overall electromagnetic balance lack independent definitions and currently cannot yield predictions distinct from memory-reactivation models.

Notes: The full mechanism has not been directly tested, whereas the sub-proposition that dream-emotion interventions have effects has support; existing trials first rescript dreams while awake and cannot demonstrate that dreams spontaneously heal general somatic disease. Current research direction

emotions-6｜contested

Claim: Emotion is highly involved in precognitive processes: the individual can perceive information that is meaningful to them, and "importance" attracts information like a magnet. (nature-of-psyche §764)

Evidence (Crossref-verified):

Daryl J. Bem (2011). Feeling the future: experimental evidence for anomalous retroactive influences on cognition and affect. Journal of Personality and Social Psychology. https://doi.org/10.1037/a0021524 —— Reports anomalous anticipatory effects in cognitive and affective tasks; this is relevant positive evidence, but its design and statistical interpretation have provoked controversy. Paper
Zoltan Kekecs et al. (2023). Raising the value of research studies in psychological science by increasing the credibility of research reports: the transparent Psi project. Royal Society Open Science. https://doi.org/10.1098/rsos.191375 —— A transparent replication across 10 laboratories with 2,115 valid participants did not support the original precognition effect; the study also carries a published correction that should be evaluated alongside. Paper
Jan Walleczek; Nikolaus von Stillfried; Stefan Schmidt; Marc Wittmann; Karolina A. Kirmse; Jorge Moll; Zoltan Kekecs (2025). Metascientific replication project with the advanced meta-experimental protocol of the transparent psi project procedures for testing the precognitive effect claimed by Bem. PLOS ONE. https://doi.org/10.1371/journal.pone.0335330 —— The original positive effect again failed to replicate; an exploratory below-chance effect was replicated once and subsequently failed to replicate. Paper

Adjudication experiment: Five to ten laboratories recruit ~3,000 participants, each completing 200 two-alternative forced-choice trials; targets are generated by an independent server only after answers are locked. Manipulate the personal importance of future outcomes in advance—for example, outcomes matched in value to rewards the participant cares about versus neutral outcomes—and measure emotion and confidence on each trial. Preregister the importance × above-chance hit-rate interaction as the primary test, using participant-level hierarchical models, real-time immutable logs, and automated protocol audits; study duration 12–18 months, with independent replication of key results.

Suggested paper title: Personal Relevance and Prediction of Subsequently Randomized Outcomes: A Preregistered Multilaboratory Study

Core challenge: If stable prediction of independently randomized outcomes generated after response locking were shown after excluding information leakage, it would overturn the null hypothesis that no usable information link exists between current behavioral records and future independent random targets.

Related teams/funders: Zoltan Kekecs, Eötvös Loránd University, Transparent Psi Project; Jan Walleczek, Phenoscience Laboratories; Stefan Schmidt, University of Freiburg; Marc Wittmann, Institute for Frontier Areas of Psychology and Mental Health

Specificity of the Seth formulation: That important information preferentially receives attention and memory is an existing hypothesis; only if importance raises prediction accuracy for not-yet-generated information would this be a distinguishable prediction, but the original sentence gives neither effect size nor a definition of importance.

Notes: Contested does not imply that positive and negative evidence are evenly balanced: stricter replications currently do not support reliable precognition, and general emotional stimuli are not equivalent to information that is meaningful to the individual. Transparent project correction notice

emotions-7｜untested

Claim: A predictive experiment can be conducted: take paper, write numbers 1 through 20 to cover a one-month period, write the first response without criticism, record predictions, and observe cyclic active peaks and inactive troughs. (esp-power §10)

Evidence: None (or failed verification and removed)

Adjudication experiment: Approximately 500 participants over 6 consecutive months; each month, prefill 20 timestamped, immutable first-response predictions, with targets restricted to subsequently randomized 20-alternative outcomes or events with explicit adjudication criteria; maintain an additional free-form prediction log each month. Preregister hit criteria, chance baseline, missing-data handling, and candidate cyclic ranges; model the first three months and validate in the last three whether peaks prospectively predict accuracy. Approximately 60,000 structured records in total; the statistical unit must account for within-person correlation; public logs are matched to targets and decoys by raters blind to both the author's emotional state and the date hypothesis.

Suggested paper title: Accuracy and Temporal Stability of First-Response Forecasts: A Preregistered Six-Month Diary Study

Core challenge: If repeatable prospective accuracy cycles appear on independent random targets, this would negate the null model in which predictive bias is entirely explained by chance fluctuation and by record- and scoring-related selection.

Related teams/funders: Zoltan Kekecs, Transparent Psi Project (transparent prediction-experiment methods); Jan Walleczek, Phenoscience Laboratories (experimental procedure calibration)

Specificity of the Seth formulation: Numbers 1 through 20, first response, and one month are relatively concrete procedures; however, the original sentence does not state whether the 20 denotes dates, items, or targets, nor the cycle length or hit rule, so the experiment must add these conventions explicitly.

Notes: No paper directly testing the full monthly exercise was found; one month of data is insufficient to establish a monthly cycle, and post hoc selection of peaks plus matching vague predictions to real events would severely inflate apparent hit rates.

emotions-8｜untested

Claim: When writing down predictions, there is usually no emotional feeling; occasionally there is a conscious sense of certainty, and such predictions tend to be ineffective; non-spontaneous premonitory signs are often accompanied by strong emotion and certainty. (esp-power §10)

Evidence: None (or failed verification and removed)

Adjudication experiment: Implement jointly with the emotions-7 cohort: ~500 participants tracked for 6 months; on each trial, record emotional intensity, confidence, reaction time, and mark spontaneous versus prompted generation before outcome revelation; add randomly assigned first-response and deliberate-thought conditions. Targets must be generated after prediction locking, with blinded scoring; the primary test is the slope of confidence against objective hits and its interaction with generation mode, with separate prespecified definitions of no-emotion, certainty, and ineffective. If strong-certainty records are too few, expand the sample according to preregistered rules rather than changing thresholds post hoc.

Suggested paper title: Affective Intensity, Confidence, and Forecast Accuracy in Spontaneous and Deliberate Predictions

Core challenge: Only accuracy above chance with a stable, specific inverse calibration would challenge the null hypothesis that subjective confidence in such random-target tasks carries no information about future targets.

Related teams/funders: Zoltan Kekecs, Transparent Psi Project; Stefan Schmidt, University of Freiburg

Specificity of the Seth formulation: The directional prediction that higher confidence predicts lower accuracy is testable; however, usually, occasionally, and non-spontaneous all require quantification, and spontaneity cannot be reclassified after outcome revelation.

Notes: No paper directly testing this combination of joint predictions was found; even if overconfidence exists in ordinary judgment, it does not establish the efficacy of premonitory signs, and the low-confidence condition must still exceed the prespecified chance level significantly.

emotions-9｜untested

Claim: Emotions do not occupy physical space but occupy variable "psychological space" according to intensity: the greater the intensity, the more intense the experienced "present"; strong emotions can break through the time barrier. (early-sessions-4 §183)

Evidence (Crossref-verified):

Sylvie Droit-Volet; Ahmed El-Azhari; Samuel Haddar; Rémi Drago; Sandrine Gil (2020). Similar time distortions under the effect of emotion for durations of several minutes and a few seconds. Acta Psychologica. https://doi.org/10.1016/j.actpsy.2020.103170 —— Emotion induction can inflate perceived duration at scales from seconds to minutes, with effects varying by arousal, valence, and duration; the results belong to time perception. Paper
Andrea T. Shafer; Florin Dolcos (2012). Neural correlates of opposing effects of emotional distraction on perception and episodic memory: an event-related FMRI investigation. Frontiers in Integrative Neuroscience. https://doi.org/10.3389/fnint.2012.00070 —— Emotional distraction can impair immediate perception while enhancing subsequent memory, providing adjacent evidence for a limited-processing-resource account; no physical psychological space was measured. Paper

Adjudication experiment: Supplementary questions 2 and 5: ~600 participants in a randomized crossover design over valence × arousal, 4 sessions each approximately one week apart; measure temporal bisection, duration reproduction, subjective passage of time, and vividness of presence, followed immediately and after a 10-minute delay by complex-span and n-back tasks. Manipulate recall of past events and imagination of future events separately; one week later, test temporal order and source memory; use multilevel models to test whether emotional intensity predicts subsequent working-memory decline. If the time barrier refers to accessing veridical future information, the post-hoc random-target experiment of emotions-6 must be conducted separately.

Suggested paper title: Emotional Arousal, Subjective Presence, and Working Memory Availability Across Remembered and Imagined Events

Core challenge: Subjective-time and attentional effects do not require overturning mainstream models; only evidence of across-time access to non-inferable information would challenge the assumption that future independent random events cannot provide usable information to existing records.

Related teams/funders: Sylvie Droit-Volet (time perception); Sandrine Gil (emotion and time judgment); Florin Dolcos (emotion, attention, and memory); Marc Wittmann, Institute for Frontier Areas of Psychology and Mental Health

Specificity of the Seth formulation: Psychological space can be provisionally operationalized as attentional occupation and subjective vividness of presence, but this is a bridging hypothesis added by the researcher; the original sentence does not state whether the time barrier is a subjective boundary or a physical causal boundary.

Notes: Duration estimation, sense of time passage, vividness of presence, and access to future information are different outcomes; what is called future recall before the event should be called episodic future imagination, and time-estimation bias cannot verify the breaking of physical time.

emotions-10｜contested

Claim: Emotions correspond to colors: red is the most "present" color, cool colors are more contemplative; the electrical component of emotion appears in a colored aura of some kind. (early-sessions-4 §183)

Evidence (Crossref-verified):

Jiaxin Shi; Xiting Huang (2017). The colour red affects time perception differently in different contexts. International Journal of Psychology. https://doi.org/10.1002/ijop.12384 —— In a verbal-estimation task, subjective duration was shorter under the red condition than blue, and the effect varied by dating versus interview context. Paper
Masahiro Shibasaki; Nobuo Masataka (2014). The color red distorts time perception for men, but not for women. Scientific Reports. https://doi.org/10.1038/srep05899 —— A separate temporal-bisection experiment found that men judged durations on red screens as longer than on blue, showing that red cannot be generalized as universally shortening subjective time. Paper
Masaki Kobayashi; Daisuke Kikuchi; Hitoshi Okamura (2009). Imaging of Ultraweak Spontaneous Photon Emission from Human Body Displaying Diurnal Rhythm. PLOS ONE. https://doi.org/10.1371/journal.pone.0006256 —— Human ultraweak photon emission can be instrumentally imaged and shows diurnal variation, but this is not evidence of an emotional color aura. Paper

Adjudication experiment: Supplementary question 3: ~600 participants from at least three cultural backgrounds, in a red/blue/gray background × high/low arousal × positive/negative valence design, completed in 3–4 sessions over approximately 2 months; calibrate luminance and chromaticity, screen for color-vision deficiency, and measure subsecond temporal bisection, second-level duration estimation, sense of time passage, and vividness of presence, with preregistered direction and sex interactions. If ambient light rather than screen color is used, record the spectrum and control for adaptation and nonvisual light effects. For the aura sub-claim, separately test ~100 participants using emotion induction, dark-room spectral detection, and blinded decoding, with controls for temperature, sweat, and delayed luminescence.

Suggested paper title: Hue, Emotional Arousal, and Subjective Time: A Preregistered Cross-Cultural Experiment

Core challenge: If a repeatable emotion-specific body-surface emission spectrum were found, it would revise the model in which human light emission is currently explained mainly by metabolic and oxidative reactions, with no validated emotional color coding.

Related teams/funders: Domicele Jonauskaite, University of Lausanne, Colour Experience Group; Christine Mohr, University of Lausanne; Masaki Kobayashi (human ultraweak photon emission)

Specificity of the Seth formulation: Red as most present provides a color ordering but defines no index of presence and does not entail that red must shorten duration; for an aura to constitute a distinctive prediction, the wavelengths and intensities corresponding to specific emotions must be prespecified.

Notes: Contested refers to the context-dependent results of the color–time sub-proposition; the aura mechanism remains unverified; color associations, color-induced emotion, and actual human light emission must be studied separately. Ongoing color-immersion research

emotions-11｜untested

Claim: The inner self knows no time; emotion is the best indicator for "manufacturing time": intense emotional experiences are more "present" than dull ordinary events. (early-class-2 §?（1970-10-06）)

Evidence (Crossref-verified):

Sylvie Droit-Volet; Ahmed El-Azhari; Samuel Haddar; Rémi Drago; Sandrine Gil (2020). Similar time distortions under the effect of emotion for durations of several minutes and a few seconds. Acta Psychologica. https://doi.org/10.1016/j.actpsy.2020.103170 —— Supports emotion modulating subjective duration, but did not measure an inner self ignorant of time and did not show that emotion manufactures physical time. Paper
Chunni Zhao; Qing Zeng (2024). Mechanism behind overestimating the duration of fearful expressions: The role of arousal and memory. Acta Psychologica. https://doi.org/10.1016/j.actpsy.2024.104516 —— An experiment with 85 students suggests that overestimation of fearful-face duration and its cognitive correlates depend on the target timescale, and does not support emotion as the sole time-generating factor. Paper

Adjudication experiment: Approximately 300 participants complete 21-day experience sampling, 6 times daily, recording emotional intensity, vividness of presence, passage of time, attention, event novelty, and fatigue; conduct two additional laboratory emotion × attention random manipulations measuring duration judgment and event order. Compare a single-factor emotion model against models with attention, memory, novelty, and multisensory input using a participant-out-of-sample test set, preregistering whether emotion has the best incremental predictive power; study duration approximately 3 months.

Suggested paper title: Emotional Intensity and the Experienced Present: An Experience-Sampling and Experimental Model Comparison

Core challenge: Only if emotion emerges as a necessary and sufficient generative factor for temporal experience under strict model comparison would the model in which temporal experience is jointly formed by attention, memory, arousal, and sensory processing be revised.

Related teams/funders: Sylvie Droit-Volet; Sandrine Gil; Marc Wittmann, Institute for Frontier Areas of Psychology and Mental Health

Specificity of the Seth formulation: That vivid events feel more present is compatible with existing psychological explanations; best indicator can be converted into a predictive model comparison, but the inner self knowing no time currently has no independent measurable definition.

Notes: Interpreting the manufacture of time as altering the experience of time can only test a weakened version and cannot verify its ontological implication; the original citation number provided by the user is uncertain, and this review addresses only the supplied paraphrase.

emotions-12｜untested

Claim: Scientists' existing tools are already inadequate; inner senses must be used; one should explore seemingly empty places because they are full, and seek the gaps between events; the psyche is where inner and outer senses meet. (dreams-projections §2)

Evidence (Crossref-verified):

Sebastian Strauß; Silke Barby; Jonas Härtner; Nicola Neumann; G. Lorimer Moseley; Martin Lotze (2021). Modifications in fMRI Representation of Mental Rotation Following a 6 Week Graded Motor Imagery Training in Chronic CRPS Patients. The Journal of Pain. https://doi.org/10.1016/j.jpain.2020.12.003 —— A training study in 20 chronic complex regional pain syndrome patients found changes in mental-rotation performance and brain activity, demonstrating that relevant practices can be studied with existing instruments; it did not test inner senses. Paper

Adjudication experiment: Supplementary question 4: ~180 participants randomly assigned to imagined movement around the back of an object, standard mental-rotation training, or an active control of equal duration, trained 6 weeks, 5 sessions per week, 20 minutes per session, assessed before and after training and at 3-month follow-up; ~120 of these undergo fMRI with preregistered intraparietal-sulcus and superior-parietal-lobule indices, matching difficulty, performance, eye movements, and head motion. Separately test the backs of objects inferable from visible structure and, for novel objects, randomly placed back-side markings never displayed; hidden markings use automated randomization, double blinding, and immutable records. Only if the latter stably exceeds chance does the claim involve perception beyond visual imagery.

Suggested paper title: Visual Perspective-Taking Training, Parietal Plasticity, and Inference About Occluded Objects: A Preregistered Randomized Study

Core challenge: If participants could reliably report randomly hidden markings that were neither perceived nor inferable, this would challenge the assumption that mental imagery can only reorganize acquired information and cannot acquire information about closed external targets.

Related teams/funders: Martin Lotze, University Medicine Greifswald (functional imaging and motor imagery); Sebastian Strauß (mental rotation and graded motor imagery); G. Lorimer Moseley (graded motor imagery and pain research)

Specificity of the Seth formulation: The imperative to use inner senses and to seek gaps between events lacks task definitions and criteria; the imagined movement around the back of an object can be operationalized, but this is a concrete procedure introduced by the supplementary question and is not an experiment already specified in this paraphrase.

Notes: Increases or decreases in parietal activation after training could arise from ordinary learning, strategy, or difficulty changes, and activation changes alone cannot establish a new sense; seemingly empty cannot without argument be equated with the quantum vacuum or with neural processing intervals between events.