{"schema_version":1,"experiment_id":"eoa_inverse_innovation_exp12_substrate_denial72_20260805","cell_id":"authority_mentor_relationship_anchoring__chemistry_materials","arm":"ORDINARY_MAX","candidate_id":"authority_mentor_relationship_anchoring__chemistry_materials__ORDINARY_MAX","proposal_index":1,"version":0,"title":"Mentor-Anchored Stop-and-Quarantine Judgment for Shared Glovebox Synthesis","problem":"In a shared inert-atmosphere laboratory, novice researchers may know routine glovebox procedures yet lack situated judgment for ambiguous contamination events such as a brief oxygen or moisture excursion, a suspect reagent vial, damaged gloves, altered powder appearance, or an uncertain transfer. Written rules cannot exhaustively specify when to sacrifice a run, quarantine material, preserve evidence, notify other users, or escalate. If novices learn these decisions through incidental exposure to whichever senior researcher is nearby, they may copy shortcuts without understanding their limits or conceal uncertainty to avoid appearing incompetent.","actors":["Novice graduate researchers and technicians using the shared glovebox","A vetted senior air-sensitive-synthesis chemist serving as the primary mentor","A second qualified chemist or glovebox manager serving as an alternate reference","The principal investigator or laboratory director responsible for research access","Environmental health and safety personnel responsible for incident controls","Downstream analysts and collaborators relying on material provenance"],"observable_state":"The target state is present when novices pass written access checks but respond inconsistently to standardized ambiguous-exposure scenarios; cannot explain stop, quarantine, documentation, and escalation thresholds; omit relevant details from mock or real event records; wait for a favored senior researcher rather than invoke an authorized response; or produce batch histories that cannot rule out propagation from an unresolved glovebox or shared-reagent event. Mentor-specific answers that conflict with the approved SOP are also observable evidence of uncontrolled transmission.","consequence":"An unbounded exposure can propagate through shared reagents, tools, and subsequent batches. Material provenance then becomes ambiguous, characterization results become harder to interpret, work may need to be repeated, and unsafe conditions may remain active. Concealment or delayed escalation can also undermine the laboratory's safety and research-integrity controls.","affected_objective":"Safe, reproducible, and traceable synthesis of air-sensitive battery and electronic materials in a shared inert-atmosphere facility.","intervention":"Retain the SOP, alarms, maintenance program, access examination, and formal safety authority, then add a time-bounded mentor-anchored formation period. A consenting novice is paired with a vetted senior chemist whose remit is explicitly limited to contamination judgment and shared-facility stewardship. Their charter names the payload: disclose uncertainty, stop when an exposure cannot be bounded, quarantine suspect material, preserve a truthful record, escalate without heroics, and distinguish validated exceptions from convenient shortcuts. During recurring sessions, the novice predicts an action, observes the mentor handle simulated or appropriately supervised low-risk cases, hears the mentor explain technical and ethical tradeoffs, practices the response jointly, and debriefs the decision. Each debrief labels what came from the formal SOP, an agreed laboratory norm, the mentor's personal style, or a genuinely contested question. A second qualified chemist or safety officer reviews selected cases, and autonomy is released through simulation and supervised-practice gates rather than the mentor's personal approval alone.","structural_mapping":[{"archetype_element":"Structural transmission gap","domain_realization":"Contamination-response thresholds depend on cues, tradeoffs, and stewardship norms that cannot be completely represented by routine glovebox instructions."},{"archetype_element":"Legitimate Mentor Anchor","domain_realization":"A senior air-sensitive-synthesis chemist is selected for demonstrated technical competence, conservative incident practice, ethical standing, availability, and ability to explain disagreement—not merely rank or publication status."},{"archetype_element":"Mentee Readiness and Consent Boundary","domain_realization":"The novice completes ordinary safety prerequisites before pairing, voluntarily accepts the relationship, and may decline or request reassignment without the mentor controlling employment, authorship, grades, or facility access."},{"archetype_element":"Relational Safety Container","domain_realization":"Scheduled private debriefs normalize uncertainty and correction while clearly excluding reportable safety events from confidentiality. Questions, dissent, and self-implicating disclosures cannot be punished by the mentor."},{"archetype_element":"Cultural Norm and Value Payload","domain_realization":"The bounded payload is truthful logging, protection of shared materials, conservative containment, willingness to sacrifice a run, timely escalation, and respect for engineering and procedural controls."},{"archetype_element":"Modeled Practice and Judgment Window","domain_realization":"The novice repeatedly sees how a respected chemist interprets analyzer traces, material appearance, transfer history, reagent provenance, and uncertainty when deciding whether to continue, stop, quarantine, or escalate."},{"archetype_element":"Dialogic Interpretation Loop","domain_realization":"Prediction, think-aloud explanation, and after-action dialogue expose why a decision was made and separate laboratory-wide requirements from mentor-specific habits."},{"archetype_element":"Secondary Reference Anchor","domain_realization":"A second chemist, glovebox manager, or safety officer compares selected judgments against the SOP, incident rules, and facility-wide expectations."},{"archetype_element":"Progressive Autonomy Release","domain_realization":"The novice moves from observation to joint response, independent simulated response, supervised live work, and ordinary access only after independently administered gates."},{"archetype_element":"Autonomy and Exit Safeguard","domain_realization":"The novice can question advice, consult the alternate reference, report concerns outside the dyad, or leave the pairing without losing standing."},{"archetype_element":"Root authority-autonomy tension","domain_realization":"Respect for an expert may make costly stop-and-disclose norms credible, but the same status difference could induce concealment or imitation; role limits, plural review, and independent access decisions bound that risk."}],"mechanism_mapping":[{"mechanism_slug":"guided_shadowing_with_debrief","role":"Makes tacit cue selection and the mentor's willingness to stop or discard work observable, then converts observation into explicit interpretation immediately after the case.","counterfactual_removal":"Without shadowing and debrief, the pairing becomes general advice; the novice does not encounter the situated cues or reconstruct the judgment that the intervention is meant to transmit."},{"mechanism_slug":"joint_practice_with_corrective_feedback","role":"Lets mentor and novice execute logging, labeling, quarantine, communication, and escalation together so correction occurs at the decision point rather than after a compromised batch.","counterfactual_removal":"Without joint practice, the novice may be able to repeat the norm verbally while remaining unable to perform the coordinated response under ambiguity."},{"mechanism_slug":"reflective_norm_dialogue","role":"Requires both parties to state why a shortcut is acceptable or unacceptable and classify each proposition as formal rule, shared norm, personal preference, or contested judgment.","counterfactual_removal":"Without reflective dialogue, surface imitation can be mistaken for internalization and mentor idiosyncrasies can pass as universal chemical practice."},{"mechanism_slug":"mentor_rotation_or_second_opinion_channel","role":"Provides an independent interpretation and a safe route for challenging advice, while revealing where qualified practitioners legitimately disagree.","counterfactual_removal":"Without the alternate channel, the novice has no practical check on unsafe shortcuts, coercion, or overfitting to one chemist's style."}],"causal_chain":["Formal procedures and engineering controls remain the authoritative substrate, while the intervention explicitly bounds the additional tacit payload.","A competent, caring, and accountable mentor plus voluntary matching makes costly stewardship norms credible enough to discuss without making the mentor the final safety authority.","Repeated observation exposes the cues and tradeoffs involved when a glovebox event does not fit a simple checklist.","Prediction and debrief require the novice to articulate the decision rule rather than merely watch an expert act.","Joint practice couples that interpretation to the concrete sequence of stopping, quarantining, recording, notifying, and escalating.","Explicit classification of rule, norm, style, and disagreement reduces unexamined copying.","The secondary anchor detects mentor-specific bias and preserves a credible route for dissent.","Independent simulation gates test whether the novice can transfer the norm to unseen cases and act when the mentor is absent.","If that transfer occurs, suspected exposure is more likely to be bounded at its source and downstream users receive a more interpretable provenance record."],"baseline":"The baseline is the facility's existing SOP, safety module, equipment alarms and interlocks, maintenance checks, written access quiz, batch and incident logs, supervisor sign-off, and ad hoc requests for help from available senior users. It conveys explicit procedures and remains mandatory, but it does not deliberately govern which senior person's tacit norms a novice absorbs, require interpretation of ambiguous cases, or provide a protected relationship for disclosing uncertainty.","nearest_rivals":["Expanded SOPs, decision trees, annotated videos, and incident-case libraries could encode more contingencies without introducing relational authority.","Engineering controls such as improved sensors, automatic interlocks, access-controlled quarantine states, and reagent traceability could prevent or bound exposure directly; these are preferable where the failure is technically detectable.","Standardized scenario training with an independent examiner could teach and test anomaly response without an ongoing mentor relationship.","Cognitive apprenticeship delivered by rotating technical instructors could expose expert reasoning, provide equivalent practice and feedback, and avoid attachment to one authority figure.","Team case conferences, peer safety huddles, and facility-wide reporting norms could form collective judgment without a primary dyad.","Statistical process control and blinded root-cause analysis could identify seal leaks, sensor drift, precursor variation, or analytical error if the apparent judgment problem is actually an equipment or materials problem."],"remaining_contrastive_claim":"After holding constant the SOP, scenario content, expert demonstration, practice time, corrective feedback, and engineering controls, the archetype-specific claim is that a bounded, ongoing relationship with a legitimate senior chemist supports transfer of socially costly stewardship norms: the novice voluntarily discloses a self-implicating uncertainty, stops or quarantines work when the mentor is absent, explains the governing value as well as the technical cue, and can challenge the mentor through an alternate channel. If rotating instructors or standardized simulations produce the same transfer, or if only cue recognition improves, ordinary technical apprenticeship is sufficient and the mentor-anchoring claim does not remain.","authority_safety":{"decision_authority":"The laboratory director, glovebox manager, and environmental health and safety function retain authority over SOPs, access criteria, incident classification, facility shutdown, and mentor appointment or removal. The mentor may invoke ordinary stop-work and quarantine rules during supervised activity, provide feedback, and recommend progression, but cannot waive controls, certify the novice alone, adjudicate misconduct, or determine employment, funding, grades, authorship, or facility access.","authorized_first_step":"The glovebox manager, with safety review, may authorize a consented simulation-only pilot using inert or nonhazardous mock materials, prerecorded analyzer traces, and existing training space. Independent assessors—not mentors—score the exercises, and no live-access decision changes during the pilot.","excluded_actions":["Using pyrophoric, toxic, pressurized, reactive, or genuinely air-sensitive substances in the first evidence step","Disabling alarms, bypassing interlocks, changing purge settings, or departing from the approved SOP for teaching purposes","Allowing a mentor to grant or revoke access unilaterally","Conditioning grades, authorship, employment, desirable projects, or social belonging on conformity to the mentor","Treating a debrief as confidential when a safety event is reportable","Retaliating for questions, self-reporting, refusal, complaint, or reassignment","Presenting a mentor's undocumented shortcut as an approved exception"],"halt_rollback":"Pause the pairing immediately if a participant withdraws, reports retaliation or pressure to conceal, receives instruction conflicting with the SOP, shows dependence on mentor permission during an authorized stop condition, or encounters an actual safety event. Revert to standard training and supervision, preserve relevant records, quarantine any affected material under existing rules, and route review to the glovebox manager and safety function outside the dyad. Reassignment or mentor removal must not penalize the novice; live work resumes only through the facility's established authorization process."},"negative_tests":{"strongest_counterevidence":"Blinded root-cause work may show that anomalous batches are explained by glove seals, purifier capacity, sensor calibration, precursor lots, transfer hardware, or analytical drift, with no meaningful mediation by user judgment. It would also count strongly against the rationale if novices already match qualified senior users on unseen anomaly decisions, candid reporting, and provenance documentation after ordinary training.","problem_falsifier":"The proposed transmission gap is not present if independently scored simulations and record audits show that ordinarily trained novices consistently detect ambiguous exposure cues, select the facility-approved stop, quarantine, documentation, and escalation response, explain its rationale, disclose self-implicating events, and act without waiting for a particular senior user.","intervention_falsifier":"The intervention is unsupported if an exposure- and time-matched comparison finds no additional transfer to unseen mentor-absent cases beyond rotating-instructor training, or if participants reproduce mentor-specific answers that conflict with approved controls. Lower willingness to dissent, delayed autonomous action, concealed events, unsafe advice, or increased dependence would falsify the safety logic even if technical quiz scores rise.","risks":["A respected chemist may transmit unsafe shortcuts or personal preferences as universal practice.","Power asymmetry may reduce candid reporting rather than increase it.","Mentor assignment may create favoritism or unequal access to instruments and projects.","The novice may wait for the mentor instead of invoking an immediate stop-work rule.","Overconservative learned responses may cause unnecessary shutdowns or material disposal.","Confidentiality ambiguity may obstruct mandatory incident reporting.","Extra contact time or mentor competence may be mistaken for a relationship-specific mechanism.","Mentor workload may create inconsistent availability and a new operational bottleneck.","Facility norms themselves may encode exclusionary gatekeeping unrelated to safe chemistry.","A successful simulation may create false confidence about live reactive-material handling."]},"next_evidence_step":"Run a preregistered four-week, simulation-only feasibility comparison at one shared facility, enrolling consenting novice users scheduled during that window and capping enrollment at twelve. All participants first complete ordinary prerequisites. Allocate them to either three recurring sessions with the same vetted mentor under the bounded charter or three time-matched sessions with rotating qualified instructors; give both conditions identical SOPs, cases, demonstrations, practice, and feedback. Use nonhazardous mock transfers, prerecorded sensor traces, and seeded ambiguous events, including one self-implicating mistake and one case on which qualified experts initially disagree. Two assessors blinded to condition score cue detection, stop/quarantine/log/escalate choices, provenance completeness, voluntary disclosure, distinction among rule/norm/style, justified dissent, help-seeking versus dependence, and transfer to an unseen case with no instructor present. Collect anonymous relationship-safety reports and document disagreements between mentors and secondary anchors. Treat the exercise as a mechanism and feasibility check rather than an effect estimate; do not proceed to live chemistry unless the independent safety review finds no unresolved coercion or unsafe-instruction signal and the transfer pattern cannot be explained solely by unequal content or practice time.","prior_art_status":"UNSEARCHED","diversity_from_prior_proposals":"Unknown under runtime isolation because no other proposals or experiment cells were inspected. Within the supplied record, this candidate is specifically grounded in ambiguous contamination stewardship in a shared glovebox and tests relationally anchored disclosure and stop-and-quarantine judgment rather than generic chemistry tutoring.","revision_record":{"parent_version":null,"progress_targets_addressed":["Created one complete initial candidate grounded in a concrete chemistry and materials-science problem.","Preserved the archetype's legitimate authority, relational safety, modeled practice, dialogue, plural reference, and autonomy-release structure.","Specified observable rival explanations, contrastive controls, authority limits, falsifiers, risks, and a bounded simulation-only evidence step."],"conceptual_changes":["Initial version: framed the target as transmission of contamination stewardship and socially costly disclosure, not merely transfer of glovebox technique."],"operational_changes":["Initial version: defined a bounded mentor charter, same-person sessions, secondary review, independent progression gates, and explicit reassignment safeguards."],"evidence_changes":["Initial version: specified a time- and content-matched simulation comparison with blinded scoring; no external evidence or prior-art search was used."],"claim_changes":["Initial version: limited the contrastive claim to relationship-specific transfer, candid disclosure, principled dissent, and mentor-absent action; made no novelty, prevalence, demand, or effect-size claim."]}}