The Transparent Psi Project
Also known as: Transparent Psi Project, Mossbridge psi replication project, Bancel 2015 replication project, Mossbridge–Utts 2018 precognition replication
This dossier is a research synthesis sourced using AI, not documentary evidence. Use the reference leads to check important claims.
The “Transparent Psi Project” is best treated, at this stage, as a possibly unstable label for one or more attempted open-science or preregistered replications in parapsychology, rather than as a securely identified single institution, laboratory network, or completed research program. The supplied leads converge on a general description: an effort during roughly 2014–2018 to make a test of an anomalous-cognition claim more auditable through advance specification of methods, outcomes, and analyses. They also attach the label, inconsistently, to researchers and settings associated with presentiment research, European collaborators, Evanston or Northwestern University, France, Paul Bancel, Julia Mossbridge, and Jessica Utts. Those associations should not be silently reconciled into a definite roster. They may refer to overlapping discussions, separate protocols, a website or informal project name, later summaries, or a genuine collaboration whose title and outputs have been incompletely remembered. The most plausible scientific family of paradigms implicated by the leads is presentiment or anticipatory psychophysiology. In this family, participants are exposed to sequences of emotionally arousing and emotionally neutral stimuli, with the category of the next stimulus selected by a random process. Researchers record measures such as skin conductance, heart rate, electrodermal activity, pupil response, electroencephalography, or other physiological indicators. A claimed presentiment effect is a small average difference in the participant’s physiological state before an emotional target compared with before a neutral target, despite the putative absence of ordinary advance cues. Related “precognition” experiments may instead use behavioral choices, memory, affective judgments, or responses to stimuli whose future status is supposedly randomized. The key claim is not simply that people anticipate patterned events; it is that a response precedes a genuinely unpredictable future event. That interpretation is highly controversial because it appears to conflict with ordinary causal assumptions and because small psychophysiological differences are vulnerable to multiple methodological and statistical artifacts. The word “transparent” is methodologically important even if the exact project identity remains unresolved. In the mid-2010s, psychology and adjacent fields were responding to a reproducibility crisis and to widespread concerns about undisclosed analytical flexibility. Preregistration was promoted as a way to distinguish planned confirmatory tests from exploratory analyses. A serious transparent psi project could therefore predefine sample size, exclusions, stimulus-selection procedure, preprocessing operations, temporal baseline and anticipatory windows, primary outcome measure, stopping rule, statistical model, and reporting commitments. It could also release materials, randomization code, raw or minimally processed data where ethics allowed, and deviations from plan. These practices do not guarantee a correct result, but they materially improve the ability of critics and supporters to evaluate what was decided before data collection and what was chosen after results were known. In presentiment work, protocol details determine whether a replication is genuinely comparable. Emotional and neutral images must be selected and balanced carefully. The timing of trials, intertrial intervals, physiological recovery periods, and randomization mechanism all matter. If the emotional category occurs in a fixed proportion over a session, participants’ expectation may drift in response to previous trials. If a random generator has a detectable bias, or if the software schedules events in a way correlated with trial order, a nominally future event can be statistically predictable from past data. Physiological signals also contain slow trends, autocorrelation, movement artifacts, orienting responses, fatigue, habituation, and reactions that carry over from earlier stimuli. A pre-stimulus difference can arise from imperfect baseline correction, from selecting a favorable analysis window, from filtering that smears later responses backward in time, or from unequal recovery after emotionally salient trials. The claim that an effect occurs before the target accordingly requires strong temporal validation, not merely a significant difference in a plotted pre-target interval. The project’s reported value is principally epistemic and procedural, not proof of psi. A preregistered, multi-laboratory study could test whether a claimed effect survives constrained analysis and independent implementation. It could also reveal that an apparent effect depends on particular hardware, participant pools, procedures, investigators, data-cleaning decisions, or a laboratory’s accumulated tacit practices. An apparently null result would not logically prove that all anomalous cognition is impossible; it would narrow the support for the target claim under the protocol tested. Conversely, a positive result would not by itself establish retrocausation or precognition. It would first require audits of randomization, blinding, software, signal processing, multiple-testing control, data provenance, and independent replication by investigators without an investment in the original theory. The remembered association with Paul Bancel is plausible only as a lead requiring confirmation. Bancel is known in parapsychological discussion for methodological and statistical commentary, including discussion of experiments and replication issues, but the supplied material does not establish his exact role in a project formally called the Transparent Psi Project. The association with Julia Mossbridge is likewise plausible because she has been prominent in presentiment-related research and commentary, yet it should not be converted into a verified claim of leadership, authorship, or Northwestern affiliation without primary documents. Jessica Utts is a statistician whose name appears in psi debates and reviews, but the recalled “Mossbridge Utts 2018” alias may represent a secondary-summary conflation rather than a publication or jointly run replication project. Evanston, Illinois, and France may similarly describe different contributors, hosting institutions, or incorrectly merged metadata. A careful reconstruction should begin by locating an exact registration, protocol, project webpage, conference abstract, preprint, journal article, data repository, or public correspondence using the title and each named researcher separately. It should then ask whether “Transparent Psi Project” was a formal proper name, a descriptive phrase used by advocates, or a retrospective umbrella label. The central documentary questions are: what target experiment was replicated; who made the preregistration; which laboratories actually collected data; whether the study had a fixed sample and endpoint; whether the protocol was amended; which analysis was designated primary; whether the complete data and code were released; and whether a final report distinguished confirmatory from exploratory outcomes. Without those documents, strong claims about the project’s location, final result, or personnel are unwarranted. For cross-case comparison, this subject belongs less to folklore about extraordinary experiences than to the institutional history of contested research. Its recurring motifs include the transformation of controversial claims by open-science norms, the difficulty of defining fidelity in a replication, the role of statistical decisions in weak-signal research, disputes between methodological rigor and ecological or procedural fidelity, and reputational incentives surrounding unusual results. It can be compared with replications of Daryl Bem’s “Feeling the Future” experiments and with registered or adversarial studies of presentiment, but it should not be merged with every psi replication merely because it shares those themes. The closest candidate supplied, a 2016 replication concerning anticipatory psychophysiological effects of predictable and unpredictable stimuli, may be a possible component, target, or neighboring project. The present evidence does not demonstrate that it is the same underlying subject.
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Chronology and reconstruction sequence
The project is recalled as operating approximately from 2014 to 2018, although the supplied leads give overlapping but inconsistent date ranges of 2014–2018, 2015–2018, and 2018. The beginning date may refer to preliminary planning, public discussion, an initial registration, or the start of data collection. The end date may refer to a final report, a later commentary, or simply the date of a remembered secondary account. Until a dated protocol or publication is found, these dates should be treated as approximate labels rather than a settled project timeline.
The broader background is more securely describable than the project’s internal calendar. By the early and middle 2010s, experimental psychology was actively debating low statistical power, publication bias, undisclosed exclusions, optional stopping, flexible outcome definitions, and post hoc analytic choices. Bem’s 2011 reports of experimental precognition, followed by high-profile failed and contested replications, made psi a conspicuous test case for these arguments. A project advertised as transparent or preregistered would fit that methodological atmosphere, whether its exact target was a Bem-style behavioral task, a presentiment paradigm, or another anomalous-cognition experiment.
A likely next step was formulation of a protocol that sought to specify random stimulus selection and the main analysis before data collection. The recollection of an international collaboration with European laboratories and a French association suggests a distributed design, but neither the number of sites nor their identities is established. If the project was genuinely multi-laboratory, the protocol may have required harmonized equipment, standard operating procedures, data formats, and centralized or blinded analysis. These operational details are crucial because small differences in stimulus presentation and signal handling can change presentiment results.
The study phase, if completed, would have consisted of participant recruitment, physiological or behavioral testing, randomization of future stimulus category or event, data quality checks, and prespecified exclusions. The available leads do not provide a sample size, a named apparatus, an ethics approval, a registration platform, a primary outcome, or a final numerical result. Claims that it confirmed or refuted psi should therefore be marked unknown pending inspection of the actual record.
By 2018, the label is remembered in connection with a preregistered precognition replication and discussions of open inspectability. This may indicate publication, a preprint, a data release, conference discussion, or retrospective commentary rather than the final experiment itself. A reconstruction should track every dated use of the phrase “Transparent Psi Project” and distinguish protocol registration, interim updates, completed analyses, and later interpretive essays. Such separation is necessary because interim reports can be mistakenly remembered as final outcomes.
People, organisations, and setting
The project’s setting is uncertain and likely distributed. One lead places it in Evanston, Illinois, and associates it with Northwestern; another calls it an international collaboration including European laboratories and labels France as the country; a third labels it United States-based. These claims cannot all be assumed to refer to a single physical laboratory. They may represent coordinating locations, affiliations of individual participants, or conflated studies. The defensible present description is a purported international or cross-institutional replication initiative with uncertain administrative home.
Julia Mossbridge is a key name to verify because the project is repeatedly described in memory as a “Mossbridge” presentiment or psi replication effort. Her published work and public visibility in research on anticipatory physiological activity make the association conceptually coherent. However, the supplied leads alone do not establish whether she designed the protocol, collected data, coauthored a report, advised the work, or was merely linked by later commentary.
Paul Bancel is another name that needs document-level confirmation. The “Bancel 2015” alias may point to a participant, methodological critic, collaborator, or a different replication project. Because parapsychology literature often circulates through conference presentations, specialist journals, web discussions, and author networks as well as conventional publications, names can become attached to a project through debate rather than direct operational responsibility.
Jessica Utts is recalled in an alias tied to 2018, but her role is entirely uncertain from these leads. She should be investigated through authorship lists, acknowledgements, registration records, and public statistical commentary rather than presumed to have participated. Northwestern University, European laboratories, and any French host institution likewise require confirmation from direct sources.
Target phenomena and experimental behavior
The likely target phenomenon is presentiment: a claimed anticipatory change in a person’s physiology before a randomly selected emotionally arousing event. Typical stimulus sets pair emotionally neutral images with images designed to evoke arousal, fear, disgust, erotic interest, or other salient affective reactions. Researchers may compare pre-target values over a specified interval, rather than asking participants to consciously predict the image. The extraordinary inference is that the body differentiates a future category before ordinary sensory access to it occurs.
Reported measures in this research family include skin conductance level or response, heart-rate changes, peripheral blood volume, electroencephalographic activity, pupil diameter, and other autonomic or neural indices. Not every presentiment study uses every measure, and no project-specific measure is established here. A reconstruction must avoid treating a generic presentiment apparatus as proof that the Transparent Psi Project used it. The exact signal, sampling rate, preprocessing pipeline, baseline definition, and trial timing should be recovered from the protocol.
Participant behavior can introduce ordinary anticipatory structure even when the nominal target is random. People learn task rhythms, respond to previous emotionally charged images, become fatigued, alter posture, blink, move, or experience a rising expectation after runs of neutral material. Physiological state has memory across trials. Therefore, a reliable comparison needs to model previous-stimulus category, trial number, serial position, intertrial interval, and participant-specific trends, rather than treating each pre-stimulus epoch as independent.
The concept of “predictable and unpredictable stimuli,” found in the nearby 2016 candidate lead, identifies an especially relevant control question. A participant’s body can legitimately anticipate a predictable or patterned sequence; a claim of anomalous anticipation requires demonstration that the future category was inaccessible to ordinary inference. Whether this control was part of the Transparent Psi Project is unknown. If it was, it could help quantify ordinary expectation effects; if it was not, it remains a useful comparison rather than a documented feature.
Transparency measures, audit questions, and evidential assessment
A rigorous preregistration for this kind of test should identify the hypothesis direction, the primary physiological or behavioral outcome, the exact anticipatory time window, the number of participants and trials, exclusion criteria, handling of missing data, randomization procedure, correction for repeated testing, and stopping rule. It should state whether analyses will be conducted per participant, per trial, or with a hierarchical model. It should also state how artifacts and non-independence will be handled. The current leads report the aspiration to preregistration and openness but do not supply the document necessary to determine whether these safeguards were actually implemented.
Randomization deserves independent scrutiny. A future stimulus can be described as random while still being generated in advance, stored in accessible software, constrained by balancing rules, or affected by pseudorandom sequencing. These facts do not imply misconduct; they simply bear on whether ordinary leakage or expectation is possible. An audit should inspect code, seeds, event logs, timestamps, trial-order generation, experimenter blinding, and whether data labels could have been visible during preprocessing. Hardware and software synchronization should be checked to ensure that apparent pre-target activity is not a timestamping or filtering artifact.
Signal-processing choices can produce apparent anticipatory effects without any anomalous process. Digital filtering may smear a sharp post-stimulus response backward across the nominal stimulus boundary if applied non-causally. Baseline correction can transform slow drifts into category differences. Artifact rejection or trial exclusion can be inadvertently correlated with condition, especially when future-category labels are available during cleaning. Selecting a particular interval after viewing data, or testing many measures and windows while reporting one, inflates false-positive risk. A transparent project should preserve raw data and provide a full accounting of all preprocessing and deviations.
The appropriate interpretation of a completed study depends on the full evidential chain. A registered positive result can be stronger evidence against a narrow artifact hypothesis than an unregistered positive result, but it remains preliminary where the effect is small, extraordinary, or sensitive to analysis. A registered null can weaken a particular protocol’s claim while remaining compatible with advocates’ arguments about procedural differences, participant selection, or laboratory effects. In both cases, replication across independent skeptical and sympathetic teams, with shared protocol and blinded data handling, is more informative than isolated declarations of success or failure.
Disagreements and alternative explanations
The central dispute is not only whether psi exists, but what counts as a fair replication. Advocates may argue that seemingly minor changes in stimulus materials, participant expectations, experimenter demeanor, hardware, trial pacing, or analysis standards alter a subtle effect. Critics may reply that an effect that disappears under independently specified and monitored conditions is not robust enough to support extraordinary causal claims. Both positions make testable methodological claims, but neither should be represented as settled merely from a project label.
A further disagreement concerns the relationship between transparency and researcher expectancy. Open protocols can constrain analytic flexibility, yet extensive public discussion can also make investigators aware of hoped-for outcomes. Conversely, concealment of condition labels during preprocessing and an analysis plan executed by an independent statistician can limit expectancy effects more directly. A useful case comparison should record who had access to future-event labels, whether analyses were blinded, and whether the final analysis code was locked before labels were released.
Mundane explanations include learned sequence expectations, uneven emotional carryover, nonrandom or inadequately documented stimulus scheduling, temporal autocorrelation, instrumentation drift, differential trial rejection, filtering artifacts, demand effects, and ordinary sampling variation. Selective publication and retrospective emphasis on favorable analyses are broader field-level explanations. Fraud is not an appropriate default inference and is not suggested by the recalled leads; nevertheless, access controls and reproducible records are important precisely because they allow benign error, undisclosed flexibility, and intentional manipulation to be distinguished where possible.
The label itself is disputed at the level of identification. Secondary summaries may have merged a named project with separate preregistered studies, reviews, or replications by people working on similar problems. The project may be formally real but described inaccurately, or it may be an informal phrase that later acquired the appearance of a formal collaborative entity. Resolving this bibliographic dispute is a prerequisite to evaluating scientific claims attributed to it.
Transmission, retelling, and commercial context
Psi research is transmitted through a mixed ecosystem of peer-reviewed articles, specialist journals, conference proceedings, preprints, blogs, podcasts, online repositories, popular science reporting, skeptical commentary, and advocacy-oriented websites. In this environment, compact labels are useful but can cause serious confusion. A name such as “Transparent Psi Project” may be repeated as though it denotes a single finished trial even when it originally referred to a proposal, a data-sharing aspiration, or several connected activities.
The project’s framing around transparency likely made it attractive in later debates over the replication crisis. Supporters could cite it as evidence that psi researchers were adopting modern safeguards, while critics could use its results or unresolved status to question the field’s evidential standards. This rhetorical utility can encourage simplification: an interim analysis becomes “the result,” a technical disagreement becomes a verdict, and a collaborator’s public association becomes membership in the project.
Commercial influence is likely indirect rather than evidence of a specific financial incentive. Popular books, courses, media appearances, and subscription or donation-supported organizations can reward dramatic claims about consciousness, while skeptical publishing and media can reward sharp rebuttals. Academic reputations, grant prospects, and attention also create incentives on all sides. None of these contextual pressures establishes the reliability or unreliability of a particular dataset, but they help explain why transparent primary documentation is especially important in a controversial domain.
Cross-case connections and shared motifs
This case connects directly to the reproducibility debates surrounding Daryl Bem’s precognition experiments, although it is not established as a replication of a particular Bem experiment. Both areas raise questions about low prior probability, conventional significance thresholds, publication bias, and the ability of preregistration to clarify confirmatory claims. The supplied candidate “Investigating Replicability of Three Experimental Paradigms in Parapsychology” is a strong comparative case, not a duplicate, because it concerns replication of Bem paradigms and reported failures to reproduce them.
It also connects to the history of presentiment meta-analyses and criticisms of anticipatory psychophysiology. The distinctive motif is a purported bodily response to an event not yet experienced, measured through ordinary instruments but interpreted as extraordinary because of timing. Cross-case analysis should compare randomization, temporal processing, emotional carryover controls, and whether a result was specified in advance. It should not collapse results from different physiological measures or stimulus protocols into one homogeneous body of evidence.
Unlike the Omega Project, Project Magnet, and the Montauk legend, this subject is framed as experimental methodology rather than testimony about hidden entities, transformative experience, or state secrecy. The shared high-level motif is contestation over extraordinary claims, but the evidential forms are fundamentally different. The Transparent Psi Project should be compared with laboratory replications and open-data practices, not merged with experiential or conspiracy traditions.
Limits of the recalled record
The available description does not verify that a formally named “Transparent Psi Project” existed in precisely the stated form. It does not securely identify a registration, journal article, host institution, complete author list, participating laboratory list, sample size, apparatus, outcome, or conclusion. The dossier therefore records a useful discovery lead and methodological profile, not a documentary history.
No paranormal conclusion follows from the recalled description. Even a carefully preregistered positive study would require replication and exhaustive methodological scrutiny before it could support an anomalous-cognition interpretation. Equally, an unsuccessful replication would be evidence about its own design and target effect, not a universal disproof of all psi claims.
Future work should prioritize primary, timestamped records over retrospective summaries. The minimum source packet should include the preregistration or registered protocol, all amendments, participant and trial flow, materials and randomization code, raw and processed data where legally shareable, analysis scripts, final manuscript or report, peer-review history if available, and subsequent independent commentary. Only then can Lattice reliably distinguish a distinct project from a cluster of adjacent studies.
Chronology
Replication-crisis background and psi controversy.
Debate around precognition experiments, failed or contested replications, and flexible research practices created the methodological context in which a transparent psi replication initiative would be meaningful.
documentedEarliest recalled project period.
One lead places the Transparent Psi Project in a 2014–2018 period, but it is unknown whether 2014 marks planning, registration, data collection, or later retrospective labeling.
approximatePossible registered multi-laboratory protocol.
A separate lead recalls a preregistered effort with European or French connections and an association with Paul Bancel, but the target experiment and participating sites remain unverified.
reportedNearby presentiment replication literature.
A candidate subject concerns replication of anticipatory psychophysiological effects under predictable and unpredictable stimulus conditions; its identity as part of this project is unconfirmed.
documentedPossible completion, analysis, or public discussion.
The project is recalled as a later preregistered precognition replication associated with transparent procedures, but no final outcome can be stated from the available leads.
reportedConflation in secondary summaries.
Later retellings appear to associate the label with Mossbridge, Utts, Bancel, Northwestern, France, presentiment, and precognition in combinations that require source-level disambiguation.
disputedPeople and roles
Julia Mossbridge.
Possible associated researcher or public figure in presentiment research.The project is repeatedly called a Mossbridge-related psi replication in recalled leads, but her exact project role is unverified.
Paul Bancel.
Possible collaborator, methodological commentator, or conflated association.The recalled Bancel association requires confirmation from a protocol, authorship list, or contemporaneous announcement.
Jessica Utts.
Possible statistical or commentary association.A recalled 2018 alias links her name to the project, but this is not evidence of participation.
Northwestern University.
Possible institutional association.Evanston and Northwestern appear in one recalled lead; neither hosting nor institutional sponsorship is verified.
Unidentified European laboratories.
Purported collaborating sites.The number, countries, laboratories, and researchers are unknown.
Connections to explore
Preregistration as a response to extraordinary-result skepticism.
The case concerns whether precommitted methods and open records can make controversial claims more evaluable, rather than whether transparency alone validates those claims.
Suggested search: "Transparent Psi Project" preregistration protocol data.Presentiment and anticipatory physiology.
A central comparison point is a claimed difference in physiological activity before randomly selected emotional versus neutral stimuli.
Suggested search: Julia Mossbridge presentiment preregistered replication anticipatory physiology.Replication fidelity versus independent testing.
Psi replications commonly dispute whether deviations in stimuli, timing, participant handling, or analysis invalidate comparison with an original result.
Suggested search: psi replication protocol fidelity Bancel presentiment.Bem-era reproducibility debate.
The project’s reported timing and precognition framing place it near debates over Bem experiments, researcher degrees of freedom, and evidential standards.
Suggested search: Bem precognition preregistered replication open science psi.Temporal signal-processing artifacts.
Pre-event physiological claims require testing for filtering, baseline, autocorrelation, carryover, and timestamp artifacts.
Suggested search: presentiment criticism filtering artifacts autocorrelation physiological anticipation.Unretrieved reference leads
Feeling the Future: Experimental Evidence for Anomalous Retroactive Influences on Cognition and Affect.
Daryl J. Bem. · Journal article.
This is a primary landmark in the precognition-replication controversy and gives context for later transparent psi replication efforts.
Suggested search: Daryl Bem Feeling the Future 2011 experimental evidence anomalous retroactive influences.Investigating Replicability of Three Experimental Paradigms in Parapsychology.
Eric Galak, Joshua LeBoeuf, Leif D. Nelson, and Joseph P. Simmons. · Journal article or working-paper lead.
This is a major comparative replication source concerning Bem-related paradigms and reproducibility arguments.
Suggested search: Galak LeBoeuf Nelson Simmons Investigating Replicability of Three Experimental Paradigms in Parapsychology.Predictive Anticipatory Activity Preceding Seemingly Unpredictable Stimuli: An Update of the Evidence and a Meta-Analysis.
Julia Mossbridge, Patrizio Tressoldi, and Jessica Utts. · Journal article.
This is a likely relevant source for the presentiment research background and for checking whether later project descriptions drew on these authors.
Suggested search: Mossbridge Tressoldi Utts predictive anticipatory activity meta-analysis.Transparent Psi Project.
Unknown pending verification. · Project registration, project webpage, preprint, or protocol lead.
An exact-title search is necessary to establish whether this was a formal project name, identify its personnel, and locate its registered primary outcome and final report.
Suggested search: "Transparent Psi Project".Replication of the Anticipatory Psychophysiological Effects of Predictable and Unpredictable Stimuli.
Unknown pending verification. · Article or report lead.
This candidate may be an adjacent or possibly conflated presentiment replication and should be compared at the level of authors, methods, and registration.
Suggested search: "Replication of the Anticipatory Psychophysiological Effects of Predictable and Unpredictable Stimuli".Parapsychology: A Handbook for the 21st Century.
Etzel Cardeña, John Palmer, and David Marcusson-Clavertz, editors. · Scholarly edited volume.
This is a broad contextual source to check for methodological discussions, replication debates, and references to presentiment research.
Suggested search: Cardeña Palmer Marcusson-Clavertz Parapsychology handbook presentiment replication.