Research Program / Nonlinear Time and Self-Cognition · 中文

time

时间

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.

Time — Clue Archive

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?

In the source material, Seth's specific claims about "time" appear in only one direct quotation: in the 14th session of January 8, 1964, Seth stated: "Time can be manipulated, used at will, and examined. It is a vehicle... Therefore it remains a reality to me." [unknown-reality-1 §690]

This quotation is included in the note to session 690 of The "Unknown" Reality Vol 1, with the original statement dating to 1964, earlier than the volume's publication year [unknown-reality-1 §690].

2. What mechanism does he provide?

The mechanism of time that Seth provides mainly includes: time is an inverted system, closer to the true nature of reality than the expansion theory of the physical universe—that is, time rolls inward and bursts outward simultaneously [early-sessions-5 §221]. The momentum of energy operates bidirectionally toward both past and future, moving from the core in all directions, with the core sometimes becoming the outer surface [early-sessions-5 §221]. Therefore, there is no true linear time; past, present, and future exist simultaneously, forming the "spacious now" [early-class-2]. The past is not completed but can be changed; present action can alter both the future and the past [early-sessions-5 §221].

Time is in essence a highly individualized perceptual mode; without personal experience it has no meaning [early-sessions-9 §424]. Physical time is camouflage; psychological time belongs to the inner self and is the natural pathway connecting the inner and outer worlds [dreams-projections §2]. Time is closely related to the intervals of language, thought, and the nervous system, constituting the camouflage of physical reality [early-sessions-9 §424]. At the physical level, time and space are equivalents of each other, and are related to the movement of CUs (units of consciousness), including forward and backward, inward and outward fluctuations [unknown-reality-1 §688].

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

The material does contain observable inferences or explicit predictions, mainly from the precognition experiments and their results recorded in How to Develop Your ESP Power.
Over six months (November 1964 to April 1965), the author made a total of 741 predictions, of which 320 showed significant results [esp-power §9].
The experiment required writing down at least five predictions daily at a fixed time (e.g., 8 a.m.), without thinking or revising, and continuously checking the correspondence between predictions and daily events [esp-power §9].
The validity of predictions can be tested through specific details: for example, predicting an "unexpected visitor" while specifying the number of people or names yields higher validity if the actual event matches [esp-power §9].
Predictions may be fulfilled two or three days late, so a buffer period of two to three days should be allowed after recording [esp-power §9].
The author also gives a specific case: on one day the predictions included "travel"; later that day an urgent phone call led to an unscheduled outing, and the prediction allowed prior arrangement of work [esp-power §9].
In addition, the author observed personal tendencies, such as overestimating good news and underestimating bad news; anxious periods lowered the hit rate, while during active periods nearly all predictions were fulfilled [esp-power §9].

The "Unknown" Reality Vol 1, from the atomic level, mentions that the EE units (electromagnetic energy units) within matter know the field of probable actions, and the time structure is closely linked to probable actions and the field of reality [unknown-reality-1 §694].
That session also illustrates that different events occur in different probable realities (e.g., Joseph's mother marrying Mr. Markle and Joseph inheriting the house), and these events exist simultaneously yet are not perceived [unknown-reality-1 §694].

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

The expanding universe theory is wrong; space itself is a distortion, and true interstellar travel must be accomplished by shedding material camouflage and proceeding through "mental and spiritual flow" [unknown-reality-1 §702].
You live on the surface of moments, unaware of the unacknowledged unofficial reality beneath them; time does not flow linearly but possesses simultaneity and deep structure [unknown-reality-2 §712].
Atoms do not expand outward, nor does the universe expand like matter; the expansion of the universe is more like "the expansion of a dream," the growth of an idea [unknown-reality-2 §712].
As long as one still thinks in terms of subatomic particles or waves, one is essentially off track; the concept of interrelated fields is slightly better, but it still ignores consciousness and its gestalt manifestations [unknown-reality-2 §744].
Consciousness patterns (identities) move faster than light, can appear in multiple locations simultaneously, and can operate both within and outside space-time as "particles" or "waves" [unknown-reality-2 §744].
Science should study units of consciousness (rather than material particles) and understand that consciousness precedes matter and that its creation is continuous [unknown-reality-2 §712].
In genetics, science still treats hereditary systems mechanically, deterministically, and reductionistically, with almost no mention of consciousness and intention; it should incorporate the interaction of consciousness, environmental and cultural events, as well as the preparation of heredity for future possibilities [dreams-evolution-2 §910].

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

Experiments or practices suggested by Seth

Seth proposed the use of the "first inner sense": it involves direct perception through "inner vibrational touch" and can be used to explore realities not open to the physical senses [dreams-projections §2].
Based on this information, Jane and Rob began experimenting with the first inner sense [dreams-projections §2].
Rob Butts's simple, deliberate experiment: first looking at objects in the living room—the vase, the painting on the wall, the plants—and attempting to "surround" the objects with the mind's eye, clearly imagining their backsides; then standing at the window looking toward the Walnut Street bridge, imagining oneself walking across the bridge, feeling the wooden planks underfoot, passing the signal light at the end of the bridge, continuing along the street, and attempting to feel the houses and trees on both sides with inner touch [dreams-projections §2].
Seth told Rob he had done well and suggested he practice this exercise frequently [dreams-projections §2].
Seth also suggested psychological time practice: Jane conducted psychological time experiments in the morning, with sessions limited to twenty minutes [early-sessions-4 §156].

Experiences and observations Jane and Rob actually had

Rob's observations:

While working in his studio, Rob suddenly had a clear, vivid vision of his brother Dick's bedroom from a past life in England; the vision carried an explanation—Rob "knew" it was Dick's past-life bedroom and immediately made a sketch [dreams-projections §2].
In a subsequent session, Seth told Rob he had only seen part of the room, described the rest, and added details of Dick's life in England [dreams-projections §2].

Jane's experiences and observations:

While washing dishes in the kitchen, Jane heard a clear, humorous "mental voice" saying, "Are you masochists?"; she was unsure whether it was Seth or herself, and in the ensuing conversation she heard "I can't give you any predictions now..."; the voice claimed not to be hers, and Seth later said it was "a representation or approximation of my voice." Jane noted the voice carried a humorous vitality that was not her own [dreams-projections §2].
During psychological time practice, after repeated interruptions by Miss Cunningham, Jane felt a strong vibration at the top of her skull, then found herself standing in front of an ordinary house, seeing Miss Cunningham's doctor, Sam Levin, come out onto the porch, though he could not see her at all; then, with a second vibration at the back of her neck, she instantly returned to the bedroom and realized she had undergone an out-of-body experience [dreams-projections §2].
During a psychological time experiment, in a drowsy state Jane heard a slow, hoarse male whisper beside her ear saying "twelve-oh-five," which she understood as random telepathy [early-sessions-4 §153].
In one psychological time experiment, Jane stood in grayish-white smoke; she knew she was not dreaming, smelled the smoke, felt a sudden panic, and the experience then ended [early-sessions-4 §153].
In one psychological time experiment, after entering a deep state, Jane failed to "return" on time—her hands felt light, she made typing errors, and while shopping she felt she "could fly," with her feet unable to return to the ground; she needed focused effort to complete each task [early-sessions-3 §140].
Seth explained Jane's condition that day: she had conducted psychological time trials for ten consecutive days, and her energy concentration had increased rapidly; she had inadvertently given herself an improper suggestion, and the ego, in anger, blocked the release of energy, causing congestion and the "half-dissolved" feeling; Seth advised her not to do any external experiments for a week [early-sessions-3 §140].
In another psychological time practice, Jane heard "twelve-oh-five" in the morning in a non-drowsy state of the ego, and later confirmed with a pendulum that it was random telepathy [early-sessions-4 §153].

6. Supplements or contradictions offered by other concepts in the corpus in relation to this concept?

There is no natural boundary between time and experience; the two are inseparable [early-sessions-9 §430].
Time is the effect produced by a system acting upon mental actions entering its framework [early-sessions-3 §112].
Time arises as mental actions pass through the system's barrier of resistance; the apparent interval between entry and exit is perceived as time [early-sessions-3 §112].
At the basic level, time does not exist; time is merely a camouflage effect produced when mental actions enter a given system due to that system's characteristics [early-sessions-3 §112].
In essence, time is not composed of minutes or hours, but is itself psychological experience [early-sessions-9 §429].
The entity and its time are one; time can be regarded as the organization of the entity [early-sessions-9 §429].
The concept of time is valid only within humanity's current concrete environment and does not possess universal reality [early-sessions-9 §430].
True "existence" occurs essentially simultaneously in the spacious present; the experience of time arises from the effects produced when mental actions are projected outward into different camouflage systems [early-sessions-3 §112].
Mental actions never change in essence; it is the distortions produced when they are projected into other realms that create the experience of time [early-sessions-3 §112].
Time is contained within the "now"; past, present, and future all exist simultaneously [early-sessions-2 §54].
Because time is not a linear continuum, the theory of causality does not hold [early-sessions-2 §54].
Entities continue to exist and evolve outside time; all consciousness exists in the spacious present [early-sessions-2 §54].
The human linear experience of time is caused by apparent changes produced as mental actions traverse system resistance [early-sessions-3 §112].
Specific ideas such as "time is finite and cannot be wasted" derive from particular conscious lines, but such ideas constitute a limited understanding of the nature of time [personal-sessions-3 §?].
Time is constructed from the multiple projections of mental actions rather than being a real unit of measure; the human lifespan is merely a product of the human perspective [early-sessions-9 §430].

7. Questions not yet asked

Seth proposed that "the past can be changed by the present." Can this assertion be tested with a retroactive belief modification experiment? For example, design a double-blind prospective memory task comparing the effects of post-hoc feedback on past memory reports, against the Sethian prediction of "present action changing the past." The experiment could reference Loftus's misinformation paradigm but modified in a positive direction.
Seth stated that physical time is related to the movement of CUs (units of consciousness). Can neuroimaging detect whether fluctuations in the brain's default mode network during resting state correspond to individual differences in subjective time flow rate? An fMRI task could be designed in which subjects estimate time intervals while EEG microstates are simultaneously recorded, testing whether time perception correlates with specific oscillation frequencies of consciousness units. See Samson et al. (2017) on the neural mechanisms of time perception.
Can psychological time practice (e.g., 20 minutes daily) significantly alter the subjective rate of time passage? Design a randomized controlled trial: one group receives standard psychological time practice (as described by Seth), another group engages in passive relaxation; use time bisection tasks and time reproduction tasks to measure pre- and post-changes, and follow up for one week. Reference Wittmann et al. (2015) on time perception training.
Seth predicted that "anxious periods lower prediction hit rates." Can the relationship between emotion and precognition accuracy be tested with classic precognition experiments? Design: induce high-arousal vs. low-anxiety states (via emotion induction videos), have participants make prospective predictions, calculate hit rate differences, control for chance levels, and analyze heart rate variability as a physiological indicator. Reference Mossbridge et al. (2014) meta-analysis on precognition.
Seth's view that time experience arises from mental actions traversing system resistance suggests time perception may be proportional to information-processing load. Can cognitive load tasks (e.g., n-back with increasing difficulty) be designed to measure the degree of subjective time dilation? Expect high load to cause time underestimation or overestimation, quantifiable through behavioral experiments. Compare with Block et al. (2010) review on time and cognitive load.

Appendix: Claim List (for Stage C)

id	claim	type	source
time-1	Time can be manipulated, used at will, and examined.	ontological assertion	unknown-reality-1 §690
time-2	Time is an inverted system; the momentum of energy operates bidirectionally toward both past and future.	mechanism description	early-sessions-5 §221
time-3	There is no true linear time; past, present, and future exist simultaneously, forming the "spacious now."	ontological assertion	early-class-2
time-4	The past is not completed but can be changed; present action can alter both the future and the past.	ontological assertion	early-sessions-5 §221
time-5	Time is in essence a highly individualized perceptual mode; without personal experience it has no meaning.	ontological assertion	early-sessions-9 §424
time-6	Physical time is camouflage; psychological time belongs to the inner self and is the natural pathway connecting the inner and outer worlds.	ontological assertion	dreams-projections §2
time-7	Time is closely related to the intervals of language, thought, and the nervous system, constituting the camouflage of physical reality.	mechanism description	early-sessions-9 §424
time-8	At the physical level, time and space are equivalents of each other, and are related to the movement of CUs (units of consciousness).	mechanism description	unknown-reality-1 §688
time-9	Time is the effect produced by a system acting upon mental actions entering its framework; at the basic level, time does not exist.	mechanism description	early-sessions-3 §112
time-10	The expanding universe theory is wrong; space itself is a distortion, and true interstellar travel must be accomplished by shedding material camouflage and proceeding through "mental and spiritual flow."	ontological assertion	unknown-reality-1 §702
time-11	Science should study units of consciousness (rather than material particles) and understand that consciousness precedes matter and that its creation is continuous.	methodological recommendation	unknown-reality-2 §712
time-12	Seth suggested using the "first inner sense" for direct perception, to explore realities not open to the physical senses.	methodological recommendation	dreams-projections §2

Literature review · 22 DOI-verified references · generated 2026-09-05 · ★ fundable

Current State of Research Review: Time

Existing Support 0 ｜ Controversial 0 ｜ Unresearched 10 ｜ Contradicts Mainstream 2

time-1｜untested

Claim: Time can be manipulated, used at will, and examined. (unknown-reality-1 §690)

Evidence (Crossref-verified):

Tobias Bothwell et al. (2022). Resolving the gravitational redshift across a millimetre-scale atomic sample. Nature. https://doi.org/10.1038/s41586-021-04349-7 —— Relevant physical evidence: atomic clocks measured clock-rate differences due to gravitational potential, supporting time dilation constrained by physical conditions, not supporting manipulation of time at will. Paper

Adjudicating experiment: First restrict "manipulation" to whether intention can alter objective clock rates: approximately 100 practitioners, randomized crossover across acceleration, deceleration, and neutral conditions, over 4 consecutive weeks, roughly 20 sessions per person; compare differences between two independent precision clocks in a shielded environment, recording temperature, electromagnetic fields, vibration, and gravitational potential; experimenters and analysts blinded; pre-register drift direction and minimum effect. Subjective time estimates recorded separately cannot substitute for clock-rate metrics. This experiment can only adjudicate this operationalized version.

Suggested paper title: A Pre-registered Test of Intentional Modulation of Clock Rates Under Controlled Environmental Conditions

Core颠覆: If intention can reproducibly alter clock rates under fixed physical conditions, this would revise the assumption that "clock rates are determined by local physical conditions and spacetime trajectories, requiring no additional intentional variables."

Related teams/funders: Jun Ye, JILA, precision atomic clock research; Marc Wittmann, Institute for Frontier Areas of Psychology and Mental Health, subjective time research

Specificity of the Seth formulation: No object, method, magnitude, or applicability limits for manipulation are given; less specific than relativistic clock-rate predictions; requires new operational definitions to yield distinguishable predictions.

Notes: The full text is reviewed per the user-provided interpretation; original Seth passages were not verified; untested indicates that no direct test of the original proposition was found in this search, not proof that no one worldwide has studied it; the evidence section clearly distinguishes related research from direct support; all sample sizes are planned magnitudes and must be powered according to minimum effect and measurement noise.

time-2｜untested

Claim: Time is an inverted system; the momentum of energy operates bidirectionally toward both past and future simultaneously. (early-sessions-5 §221)

Evidence (Crossref-verified):

Ken B. Wharton; Nathan Argaman (2020). Colloquium: Bell's theorem and locally mediated reformulations of quantum mechanics. Reviews of Modern Physics. https://doi.org/10.1103/RevModPhys.92.021002 —— Theoretical background: discusses quantum models with future boundary condition dependence; not experimental evidence of energy transport bidirectionally in time. Paper
Kaonan Micadei et al. (2019). Reversing the direction of heat flow using quantum correlations. Nature Communications. https://doi.org/10.1038/s41467-019-10333-7 —— NMR experiment used initial quantum correlations to reverse heat flow direction; what was reversed was heat flow between hot and cold systems, not the direction of time. Paper

Adjudicating experiment: First provide mathematical definitions of energy, momentum, and bidirectional coupling; if the prediction is that future operations change earlier detection statistics, a photon experiment with delayed random settings can be used, with earlier detection results archived in real time by an independent institution, settings generated after detection; approximately 10^7 to 10^8 events, collected over 6 to 12 months. Pre-register no-post-selection marginal distribution tests, excluding detection efficiency, time tagging, and electronic crosstalk. If the model makes identical predictions to standard quantum mechanics, this experiment cannot distinguish interpretations.

Suggested paper title: Testing Future-Setting Dependence in Time-Resolved Photonic Detection Records

Core颠覆: If controllable future settings change already-recorded earlier marginal statistics, this would revise the causal assumption that "future interventions cannot transmit controllable information to the past."

Related teams/funders: Ken B. Wharton, quantum foundations and retrocausal models; Nathan Argaman, quantum foundations; Roberto M. Serra, quantum thermodynamics; Eric Lutz, quantum thermodynamics

Specificity of the Seth formulation: "The momentum of energy" is not a well-defined physical quantity; no quantitative predictions are provided that could distinguish it from time-symmetric equations, retrocausal interpretations, or ordinary heat flow reversal.

Notes: Retrocausal interpretations in quantum theory, time reversal of microscopic dynamics, and rewriting macroscopic history are three distinct propositions and cannot serve as mutual evidence.

time-3｜untested

Claim: There is no true linear time; past, present, and future exist simultaneously, forming a "spacious present." (early-class-2)

Evidence (Crossref-verified):

Ekaterina Moreva; Giorgio Brida; Marco Gramegna; Vittorio Giovannetti; Lorenzo Maccone; Marco Genovese (2014). Time from quantum entanglement: An experimental illustration. Physical Review A. https://doi.org/10.1103/PhysRevA.89.052122 —— Relevant model experiment: demonstrates relational evolution within a static whole via entangled photons; does not prove that all cosmic events exist simultaneously. Paper

Adjudicating experiment: If the original statement refers only to eternalism or the block universe and shares all observational predictions with ordinary relativity, there is no sample size or duration that can directly adjudicate its ontological interpretation. A narrower researchable version is the relational time model: construct clocks and systems using photons or superconducting qubits, varying clock mass, entanglement, and decoherence, approximately 10^6 measurements over 6 to 12 months, comparing conditional evolution against pre-registered models; only if differential predictions beyond standard quantum mechanics are proposed could "fundamental time nonexistence" be tested.

Suggested paper title: Relational Quantum Dynamics Under Controlled Clock Decoherence

Core颠覆: If experiments show that time can only emerge as a relational quantity, this would revise the assumption that "time must enter fundamental dynamics as an independent external parameter"; mere eternalism does not overturn relativity.

Related teams/funders: Ekaterina Moreva, Istituto Nazionale di Ricerca Metrologica; Marco Genovese, Istituto Nazionale di Ricerca Metrologica; Lorenzo Maccone, quantum time and quantum foundations

Specificity of the Seth formulation: Conceptually similar to block universe and relational time views, but adds no distinguishable predictions; "simultaneous existence" also lacks a defined reference frame or operational meaning.

Notes: Relativity denies universal absolute simultaneity but does not uniquely establish eternalism through experiment, nor does it support a physically shared "now" for the entire universe.

time-4｜contradicted

Claim: The past is not complete but can be changed; present action can change both future and past. (early-sessions-5 §221)

Evidence (Crossref-verified):

Elizabeth F. Loftus (2005). Planting misinformation in the human mind: a 30-year investigation of the malleability of memory. Learning & Memory. https://doi.org/10.1101/lm.94705 —— Supports that post-hoc information changes current memory reports; no finding that original events are thereby changed; this provides a conventional psychological mechanism rather than evidence of historical rewriting. Paper
Ken B. Wharton; Nathan Argaman (2020). Colloquium: Bell's theorem and locally mediated reformulations of quantum mechanics. Reviews of Modern Physics. https://doi.org/10.1103/RevModPhys.92.021002 —— Retrocausal models discuss global constraints on history; one cannot infer from this that people can modify macroscopic events that have already occurred and been recorded. Paper

Adjudicating experiment: Corresponding to question 1: approximately 600 participants first complete videotaped event encoding and an initial memory report, immediately archived across institutions; 24 hours later, an independent system randomly assigns positive, negative, or neutral feedback; memory, confidence, and source judgment are tested on days 2 and 7, automated implementation with testers and analysts blinded. Post-hoc report changes can only test memory reconstruction. To test retroactive influence, a separate design with approximately 10^5 trials should be set up, where intervention targets are randomly assigned only after existing results are archived, testing pre-registered associations between earlier results and later random interventions; project duration 6 to 12 months. Even if associations hold, this does not prove that the same historical record has been rewritten.

Suggested paper title: Post-Event Feedback and Memory Updating: A Pre-registered Study With Independently Archived Baseline Records

Core颠覆: If current interventions genuinely alter already-occurred objective events, this would overturn the causal assumption that "past facts of macroscopic events are not altered by subsequent interventions."

Related teams/funders: Elizabeth F. Loftus, University of California, Irvine, misinformation and memory research; Ken B. Wharton, retrocausal theory; Zoltan Kekecs, pre-registered replication research on anomalous cognition

Specificity of the Seth formulation: If "changing the past" refers to changing objective events, it is indeed stronger than memory reconstruction and in principle distinguishable; if it refers only to changing the meaning of the past or current memory, no new predictions are added.

Notes: contradicted applies to the literal version of rewriting objective macroscopic history, which conflicts with the usual causal physical framework; if one claims that all records and memories are also seamlessly rewritten without trace, testability is lost; positive feedback does not automatically constitute restoration of true memory.

time-5｜untested

Claim: Time is in essence a highly personal mode of perception; without personal experience it has no meaning. (early-sessions-9 §424)

Evidence (Crossref-verified):

Marc Wittmann (2015). Modulations of the experience of self and time. Consciousness and Cognition. https://doi.org/10.1016/j.concog.2015.06.008 —— Review supports that subjective time correlates with emotion, interoception, and self-experience; does not support that physical time depends on personal experience for its existence. Paper
Damisela Linares Gutiérrez; Stefan Schmidt; Karin Meissner; Marc Wittmann (2022). Changes in Subjective Time and Self during Meditation. Biology. https://doi.org/10.3390/biology11081116 —— Within-subject study of 22 experienced meditators showing time passed more quickly subjectively and ego boundary weakened during meditation, but beat-tapping integration tasks showed no significant condition differences. Paper

Adjudicating experiment: Approximately 300 participants complete experience sampling 6 times daily for 14 consecutive days, recording sense of time passage, emotion, interoception, and activity, plus two laboratory time bisection and reproduction tasks; use hierarchical models to separate individual differences, contextual effects, and test-retest reliability; project duration approximately 6 months. This can test the contribution of personal experience to time judgment; "without experience there is no meaning," if a semantic or ontological proposition, has no direct experimental adjudication method.

Suggested paper title: Within- and Between-Person Contributions to Subjective Time Across Everyday Contexts

Core颠覆: Individual differences in subjective time do not overturn current theories; only proving that objective time necessarily depends on personal experience would revise the assumption that "physical durations can be defined and measured without conscious involvement."

Related teams/funders: Marc Wittmann, Institute for Frontier Areas of Psychology and Mental Health; Stefan Schmidt, University of Freiburg; Karin Meissner, meditation and psychophysiological research

Specificity of the Seth formulation: Personalized time experience already has clear research; the original statement provides no additional mechanism or effect size; extending it to time's ontological dependence on experience then lacks distinguishable predictions.

Notes: status applies to the full ontological assertion; the psychological sub-proposition that "time experience is highly personalized" could be rated as supported, but this local support cannot be upgraded to the entire statement holding.

time-6｜untested

Claim: Physical time is a camouflage; psychological time belongs to the inner self and is the natural pathway connecting the inner and outer worlds. (dreams-projections §2)

Evidence (Crossref-verified):

Marc Wittmann; Simone Otten; Eva Schötz; Anna Sarikaya; Hanna Lehnen; Han-Gue Jo; Niko Kohls; Stefan Schmidt; Karin Meissner (2015). Subjective expansion of extended time-spans in experienced meditators. Frontiers in Psychology. https://doi.org/10.3389/fpsyg.2014.01586 —— Relevant cross-sectional study comparing experienced meditators with controls; cannot prove that brief psychological time practice is effective or that physical time is camouflage. Paper
Damisela Linares Gutiérrez; Stefan Schmidt; Karin Meissner; Marc Wittmann (2022). Changes in Subjective Time and Self during Meditation. Biology. https://doi.org/10.3390/biology11081116 —— 20-minute meditation can accompany changes in subjective time experience, but this study is not a randomized trial of Seth practice, nor does it test an inner-outer channel independent of the senses. Paper

Adjudicating experiment: Corresponding to question 3: first publicly release the original practice text, standardized script, and adherence checks; then recruit approximately 300 novices randomly assigned to three groups: psychological time practice, passive relaxation, and expectation-matched active attention training, 20 minutes daily for 7 consecutive days, with follow-up at day 14. Pre-register time passage ratings as primary outcome; bisection points, reproduction bias, and variability as secondary outcomes; record compliance, expectancy, and sleep; assessors and analysts blinded, participants cannot be fully blinded. Project duration approximately 6 months; adjudicates training effects only, not the ontology of physical time.

Suggested paper title: Effects of Daily Temporal-Attention Practice on Subjective Time: A Pre-registered Randomized Controlled Trial

Core颠覆: Training-induced changes in time perception do not overturn current cognitive theories; only confirming an information channel requiring no known sensory or neural pathways would revise the assumption that "inner-outer information exchange must proceed through identifiable physical channels."

Related teams/funders: Marc Wittmann, Institute for Frontier Areas of Psychology and Mental Health; Stefan Schmidt, University of Freiburg; BIAL Foundation, relevant funder of meditation and time research

Specificity of the Seth formulation: No standard protocol uniquely determining "psychological time practice" was found in this search; if it differs from general meditation only in name, there are no Seth-specific predictions.

Notes: The Wittmann paper was published online in 2015, but the volume year and DOI contain 2014; metadata conventions should be noted; even if a one-week intervention changes sense of passage, it may not change second-level duration judgments, and vice versa.

time-7｜untested

Claim: Time is closely related to the spacing of language, thought, and the nervous system, constituting the camouflage of physical reality. (early-sessions-9 §424)

Evidence (Crossref-verified):

Emanuel Bylund; Panos Athanasopoulos (2017). The Whorfian time warp: Representing duration through the language hourglass. Journal of Experimental Psychology: General. https://doi.org/10.1037/xge0000314 —— Experiments support that linguistic context influences duration representation; does not prove that language creates physical time or reality. Paper
Joseph J. Paton; Dean V. Buonomano (2018). The Neural Basis of Timing: Distributed Mechanisms for Diverse Functions. Neuron. https://doi.org/10.1016/j.neuron.2018.03.045 —— Review indicates timing involves multiple distributed neural mechanisms and cannot be reduced to a single universal neural interval generating all time. Paper

Adjudicating experiment: Approximately 240 bilinguals, crossover manipulation of test language, articulatory suppression, and non-linguistic interference, using time reproduction, bisection, and temporal ordering tasks with EEG recording; 3 sessions per person one week apart, project duration 6 to 9 months. Pre-register language-specific effects, general working memory effects, and comparisons of neural timing models, using cross-language and non-linguistic transfer to distinguish interpretations. The experiment can only adjudicate time representation mechanisms, not prove that physical reality is camouflage.

Suggested paper title: Language Context and Neural Dynamics in Interval Timing: A Pre-registered Bilingual Study

Core颠覆: If language and neural spacing are shown to be necessary constituent conditions for time representation, this would revise the specific model assumption that "time representation can be fully independent of language and task-related neural dynamics."

Related teams/funders: Emanuel Bylund, language and time cognition; Panos Athanasopoulos, bilingual cognition; Dean V. Buonomano, University of California, Los Angeles; Joseph J. Paton, Champalimaud Research

Specificity of the Seth formulation: The parts concerning language, thought, and timing could be rated as supported; the "physical reality camouflage" part of the full sentence has no operational definition, so the whole is not marked as supported.

Notes: Existing research does not support the strong version that "without language one cannot time"; study designs should retain non-linguistic tasks and avoid treating EEG time scales as the generative mechanism of cosmic time.

time-8｜untested

Claim: At the physical level, time and space are equivalent to each other, and are related to the motion of CUs (units of consciousness). (unknown-reality-1 §688)

Evidence (Crossref-verified):

Anna Custo et al. (2017). Electroencephalographic Resting-State Networks: Source Localization of Microstates. Brain Connectivity. https://doi.org/10.1089/brain.2016.0476 —— High-density EEG study of 164 people supports microstates correlating with multiple resting-state networks; does not confirm microstates as units of consciousness, nor prove they determine physical clock rates. Paper
Joseph J. Paton; Dean V. Buonomano (2018). The Neural Basis of Timing: Distributed Mechanisms for Diverse Functions. Neuron. https://doi.org/10.1016/j.neuron.2018.03.045 —— Neural timing models provide comparable conventional explanations; correlations between brain activity and time estimation cannot directly imply fundamental conscious particles. Paper

Adjudicating experiment: Corresponding to question 2: approximately 300 people undergo simultaneous EEG-fMRI twice, 2 to 4 weeks apart; each session includes 15 minutes of resting state, time bisection and reproduction tasks, with reports of time passage and mind-wandering. Pre-register default mode network connectivity, BOLD fluctuation time scales, EEG microstate durations and transition rates, controlling for head motion, respiration, heart rate, and drowsiness, with independent held-out prediction; project duration 12 to 18 months. This design tests the relationship between neural dynamics and subjective time; the CU hypothesis must first independently specify frequency, localization, and intervention responses to participate in model comparison.

Suggested paper title: Resting-State Network Dynamics and Individual Differences in Subjective Time: A Multimodal EEG-fMRI Study

Core颠覆: If independently identified motion of units of consciousness can change physical durations, this would revise the assumption that "physical timekeeping laws do not depend on conscious states"; mere neuroimaging correlations with time estimation would not overturn this assumption.

Related teams/funders: Dimitri Van De Ville, École Polytechnique Fédérale de Lausanne and University of Geneva, brain network dynamics; Anna Custo, EEG microstates and source localization; Dean V. Buonomano, neural timing

Specificity of the Seth formulation: CUs have no independent measurement definition; post-hoc renaming of some brain frequency or microstate as CU constitutes relabeling, not validation of a new mechanism.

Notes: The "Samson et al. 2017" time-perception paper referenced in the question could not be verified and is therefore not cited; relativity unifies time and space, but the signs and causal roles of the two differ in the Lorentz metric and cannot be freely interchanged.

time-9｜untested

Claim: Time is an effect produced by the system acting upon the motion of consciousness that enters its framework; no time exists at the fundamental level. (early-sessions-3 §112)

Evidence (Crossref-verified):

Richard A. Block; Peter A. Hancock; Dan Zakay (2010). How cognitive load affects duration judgments: A meta-analytic review. Acta Psychologica. https://doi.org/10.1016/j.actpsy.2010.03.006 —— Meta-analysis of 117 experiments shows high load lowers the prospective subjective/objective duration ratio and raises the retrospective ratio, opposing a monotonic proportional account that does not distinguish paradigms. Paper
Ekaterina Moreva et al. (2014). Time from quantum entanglement: An experimental illustration. Physical Review A. https://doi.org/10.1103/PhysRevA.89.052122 —— Quantum experimental model of relational time involves physical correlations; does not involve conscious motion or cognitive resistance. Paper

Adjudicating experiment: Corresponding to question 5: approximately 480 people randomly assigned to prospective timing and retrospective timing groups, crossover with 0, 2, 3-back loads; the retrospective group only learns the timing requirement after the first target interval concludes, avoiding repeated measurement converting it into a prospective task. Match stimulus rate, motor response, and objective duration; measure accuracy, subjective/objective duration ratio, pupil and heart rate; pre-register load × paradigm interaction; project duration 4 to 6 months. Pilot studies conducted separately, not contaminating the formal retrospective group; results can only adjudicate the load version.

Suggested paper title: Cognitive Load and Duration Judgments Across Prospective and Retrospective Timing Paradigms

Core颠覆: If stable load patterns inexplicable by existing attention and memory models are found under strictly controlled paradigms, this would revise the resource allocation assumptions of these timing models, but cannot thereby overturn the existence of fundamental time.

Related teams/funders: Peter A. Hancock, University of Central Florida, human factors and cognitive load; Dan Zakay, time judgment and attentional models; Dean V. Buonomano, neural dynamics of timing

Specificity of the Seth formulation: "Motion of consciousness" and "system resistance" have no units or functional relationships; "proportional to load" is a researcher-added inference; the original Seth statement itself gives no clear effect direction.

Notes: One cannot count both overestimation and underestimation as validation of "proportionality"; the duration judgment metric, direction, and paradigm must be specified in advance; fundamental time nonexistence is a separate independent proposition.

time-10｜contradicted

Claim: The theory of cosmic expansion is wrong; space itself is a distortion, and true interstellar travel is accomplished by shedding the camouflage of matter through "mental and spiritual flow." (unknown-reality-1 §702)

Evidence (Crossref-verified):

Planck Collaboration; N. Aghanim et al. (2020). Planck 2018 results. VI. Cosmological parameters. Astronomy & Astrophysics. https://doi.org/10.1051/0004-6361/201833910 —— Cosmic microwave background data are highly consistent with the expanding-universe ΛCDM model; parameter disputes do not amount to denying cosmic expansion. Paper
R. M. T. White et al., Dark Energy Survey Collaboration (2024). The Dark Energy Survey Supernova Program: slow supernovae show cosmological time dilation out to z ∼ 1. Monthly Notices of the Royal Astronomical Society. https://doi.org/10.1093/mnras/stae2008 —— Supernova light-curve time scales stretch with redshift, consistent with the approximately 1+z relation expected from expanding universe, providing evidence independent of redshift-only measurements. Paper

Adjudicating experiment: The cosmological part can immediately use DES supernova light curves on the order of a thousand, Planck power spectra, and public baryon acoustic oscillation data, comparing pre-registered expanding models against quantitative non-expanding models, jointly handling source evolution and selection bias; project duration 6 to 12 months; merely proposing "distortion" without predictions for redshift, distance, light curves, and background radiation cannot participate in comparison. The travel part requires separately defining deliverable matter, information, or spatial displacement; even if anomalous hits appear in a 300-person double-blind remote target experiment, this cannot prove interstellar travel.

Suggested paper title: Joint Tests of Expanding and Non-Expanding Cosmological Models Using Supernova Time Dilation and Background Radiation

Core颠覆: If a non-expanding model can explain and predict all relevant data while excluding the expanding model, this would overturn the assumption that "the large-scale evolution of the observable universe is described by a scale factor growing over time."

Related teams/funders: Dark Energy Survey Collaboration; Tamara M. Davis, University of Queensland; Geraint F. Lewis, University of Sydney; Planck Collaboration, relevant public data providers

Specificity of the Seth formulation: Denying expansion is a clear, falsifiable assertion; "space distortion" and non-material travel provide no quantitative model distinguishable from general relativity or information transmission experiments.

Notes: The overall rating is determined by the sub-proposition "cosmic expansion is wrong," which is strongly opposed by evidence; non-material interstellar travel itself has no direct test, and Hubble tension or dark energy property disputes cannot be used to support it.

time-11｜untested

Claim: Science should study units of consciousness (rather than material particles) and understand that consciousness precedes matter and that its creation is continuous. (unknown-reality-2 §712)

Evidence (Crossref-verified):

Cogitate Consortium; Oscar Ferrante et al. (2025). Adversarial testing of global neuronal workspace and integrated information theories of consciousness. Nature. https://doi.org/10.1038/s41586-025-08888-1 —— Relevant methodological exemplar: pre-registered, multimodal, adversarial collaborative testing of differential predictions of consciousness theories; did not measure CUs, nor prove consciousness creates matter. Paper

Adjudicating experiment: First use 6 to 12 months to establish independent measurement rules for CUs, state variables, and differential predictions for material measurements; cannot post-hoc name from consciousness reports or EEG results. If detectable indicators are formed, then conduct a multicenter EEG, fMRI, and consciousness visibility task with approximately 300 people, pre-registering out-of-sample incremental prediction relative to neural models; duration 18 to 24 months; this still only tests the value of CUs as explanatory variables. "Consciousness precedes matter," if merely ontological priority, has no observational criterion adjudicable by this experiment.

Suggested paper title: Pre-registered Multimodal Tests of Competing Quantitative Models of Conscious Access

Core颠覆: If consciousness variables independent of matter are confirmed to produce measurable material effects, this would revise the causal closure assumption that "causal explanation of physical events requires no additional non-physical variables."

Related teams/funders: Cogitate Consortium; Lucia Melloni, consciousness theory testing; Liad Mudrik, consciousness and perception; Giulio Tononi, integrated information theory; Stanislas Dehaene, global neuronal workspace theory

Specificity of the Seth formulation: Studying consciousness is a feasible research proposal, but CUs and continuous creation have no equations or independent indicators; disputes among existing consciousness theories do not constitute evidence for CUs.

Notes: Information or causal structure in integrated information theory is not equivalent to Seth's units of consciousness; the listed teams conduct adjacent research, not endorsing the original proposition; research priority suggestions themselves cannot be simply judged true or false.

time-12｜untested

Claim: Seth recommends using the "first inner sense" for direct perception, to explore realities not open to the physical senses. (dreams-projections §2)

Evidence (Crossref-verified):

Julia A. Mossbridge; Patrizio Tressoldi; Jessica Utts (2012). Predictive physiological anticipation preceding seemingly unpredictable stimuli: a meta-analysis. Frontiers in Psychology. https://doi.org/10.3389/fpsyg.2012.00390 —— Relevant and controversial: meta-analysis reports physiological differences before random stimuli; cannot directly prove conscious anticipation, a specific inner sense, or moderating effects of anxiety. Paper
Julia A. Mossbridge; Patrizio Tressoldi; Jessica Utts; John A. Ives; Dean Radin; Wayne B. Jonas (2014). Predicting the unpredictable: critical analysis and practical implications of predictive anticipatory activity. Frontiers in Human Neuroscience. https://doi.org/10.3389/fnhum.2014.00146 —— This is a review and discussion of predictive physiological activity, not the new 2014 meta-analysis referred to in the question, nor does it establish that anxiety lowers prediction hit rates. 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 —— Three studies totaling 26,483 participants did not establish a stable reproducible anticipatory advantage; the below-chance result in the intermediate study was not replicated in the third. Paper

Adjudicating experiment: First standardize "first inner sense" training and require scorable answers for each output; approximately 1000 people randomly assigned to this training or an expectation-matched control, tested with an automated double-blind four-alternative forced-choice target task, approximately 100 trials per person, targets generated randomly after answers are archived, chance rate 25%; project duration 9 to 12 months. Corresponding to question 4, a separate pre-registered emotion crossover study with approximately 1200 people can be set up, using videos to manipulate anxiety, valence, and arousal separately, recording state anxiety, heart rate variability, and respiration; 3 sessions per person, approximately 200 two-alternative predictions within two weeks, targets generated after responses. With participants and laboratories as hierarchy levels, test separately for hit rates exceeding 50% and anxiety interactions, pre-simulating power for small effects, with replication by an independent laboratory.

Suggested paper title: Anxiety, Expectancy, and Accuracy in Predictions of Future Random Targets: A Pre-registered Multicentre Study

Core颠覆: If random targets generated only after responses can be reproducibly predicted even with information leakage sealed off, this would revise the assumption that "humans cannot systematically predict independent future random events without available antecedent information."

Related teams/funders: Julia A. Mossbridge, predictive physiological activity research; Patrizio Tressoldi, anomalous cognition research; Zoltan Kekecs, Eötvös Loránd University, transparent replication research; Jan Walleczek, Phenoscience Laboratories; Stefan Schmidt, University of Freiburg; Fetzer Franklin Fund of the John E. Fetzer Memorial Trust, relevant replication research funder

Specificity of the Seth formulation: "First inner sense" lacks independent identification criteria; "anxiety lowers hit rates" is more specific than general psi claims, but anxiety thresholds, effect direction, and magnitude must be specified in advance and cannot be added post hoc after null results.

Notes: The original method was not directly verified in this search, hence untested; adjacent precognition research can be rated as contested with unfavorable replication evidence; high arousal and low anxiety are not mutually exclusive conditions, and different hit rates between two groups do not mean either group exceeds chance.