{"schema_version":1,"experiment_id":"eoa_inverse_innovation_exp12_substrate_denial72_20260805","cell_id":"activation_decay_measurement__accounting_auditing","arm":"CONSTRAINED_HIGH","candidate_id":"activation_decay_measurement__accounting_auditing__CONSTRAINED_HIGH","decision":"PROPOSAL","abstention_reason":null,"proposal":{"schema_version":1,"experiment_id":"eoa_inverse_innovation_exp12_substrate_denial72_20260805","cell_id":"activation_decay_measurement__accounting_auditing","arm":"CONSTRAINED_HIGH","candidate_id":"activation_decay_measurement__accounting_auditing__CONSTRAINED_HIGH","proposal_index":1,"version":0,"title":"Passive Cue-Freshness Dosimeter for Physical Inventory Audits","problem":"Before a physical inventory count, an auditor may be primed to notice ownership and cutoff exceptions such as consigned goods, duplicate count tags, goods received after cutoff, or unrecorded movements. Auditors who reach later count zones after a delay may still be treated as ready merely because they attended the prebrief, even if attention to those specific exceptions has decayed. This can leave the resulting existence, rights, or cutoff evidence unsupported by the intended inspection.","actors":["Auditors performing physical inventory test counts","Inventory custodians whose stock is inspected","Engagement supervisors evaluating count evidence","Physical inventory items, tags, receiving documents, and movement records"],"observable_state":"In a controlled physical-inventory simulation, activation is observed as the proportion and identity of planted ownership or cutoff exceptions detected, together with response latency, immediately after a standard physical cue card and again after specified delays. In field use, a single-use badge displays the elapsed cue-freshness state through the position of a colored capillary-diffusion front: fresh, refresh-due, or expired.","consequence":"If detection of the defined exceptions falls below a prespecified usable level before later count zones are reached, reliance on the original prebrief can produce incomplete inspection evidence and mistaken attribution of misses to diligence or competence rather than an expired attentional state.","affected_objective":"Maintain sufficiently fresh, context-specific attention to ownership and cutoff exceptions throughout a physical inventory observation without treating prebrief attendance as evidence of continuing readiness.","intervention":"Use a sealed, single-use capillary timer badge clipped to each physical count board. Crushing an enclosed ampoule at the end of the prebrief starts a colored liquid moving through a porous path. Path lengths are bench-calibrated to delay intervals tested in physical mock-count probes. The fresh segment shows only a neutral count symbol; when the diffusion front reaches the empirically selected refresh boundary, it uncovers high-contrast icons for ownership, cutoff, duplicate-tag, and movement exceptions; at the final boundary it irreversibly exposes an EXPIRED field. The badge therefore supplies a local material indication of elapsed cue freshness and a context-matched physical reactivation cue without software, networking, analytics, or an automated control loop.","structural_mapping":[{"archetype_element":"Activation Target Definition","domain_realization":"Rapid recognition of consigned or third-party stock, cutoff violations, duplicate tags, and post-count movements during physical inventory inspection."},{"archetype_element":"Baseline Activation Capture","domain_realization":"Immediate performance on a physical mock-bin containing prespecified planted exceptions after auditors inspect the same printed prebrief cue."},{"archetype_element":"Observable Activation Proxy","domain_realization":"Correct exception detection and response latency on equivalent physical item, tag, and document sets rather than attendance, checklist completion, or clicks."},{"archetype_element":"Delayed Probe Schedule","domain_realization":"Equivalent mock-count probes administered after delays representing early, middle, and late count-zone arrival, with delay order counterbalanced where feasible."},{"archetype_element":"Decay Curve Model","domain_realization":"A simple empirical plot of exception-detection performance against delay, prepared by hand or ordinary calculation, used only to select physical badge segment lengths."},{"archetype_element":"Usable Activation Threshold","domain_realization":"A detection criterion fixed before testing for the defined planted exceptions; the proposal does not assume what its value or crossing time will be."},{"archetype_element":"Intervention Window Rule","domain_realization":"The diffusion front reaches the refresh-cue window before the measured threshold crossing and the expired window at a conservative later boundary."},{"archetype_element":"Refresh or Reprime Protocol","domain_realization":"The badge physically reveals the same exception icons beside the item-and-tag inspection area, re-presenting the cue in the use context."},{"archetype_element":"Expiry Boundary and Stop Rule","domain_realization":"An irreversible exposed EXPIRED field makes an old prebrief visibly distinguishable from a fresh or refreshed cue; any decision about reliance remains outside the badge."},{"archetype_element":"Context and Load Register","domain_realization":"Probe sets record delay, interruption load, lighting, gloves, and count-zone complexity so badge timing is not extrapolated across materially different conditions without testing."}],"mechanism_mapping":[{"mechanism_slug":"Time-Lagged Activation Probe","role":"Equivalent physical mock-count sets measure whether exception recognition changes at realistic delays after the cue.","counterfactual_removal":"Without delayed physical probes, badge timing would represent elapsed time alone and could not defensibly represent the useful lifetime of the targeted audit attention."},{"mechanism_slug":"Decay Curve Fitting","role":"Observed probe results are reduced to a practical delay-versus-performance curve for selecting material path lengths.","counterfactual_removal":"Without relating performance to delay, there is no evidence-based location for refresh or expiry boundaries."},{"mechanism_slug":"Activation Window Thresholding","role":"A prespecified performance threshold identifies the candidate boundary between usable and stale cue activation.","counterfactual_removal":"Without a threshold, the diffusion front would show time but would not distinguish a usable cue window from an expired one."},{"mechanism_slug":"Contextual Reactivation","role":"The moving diffusion front uncovers exception-specific icons on the physical count board near the calibrated boundary.","counterfactual_removal":"Without the revealed physical cue, the badge could indicate age but could not directly restore salience of the targeted exceptions."},{"mechanism_slug":"Staleness Boundary Enforcement","role":"The irreversible material transition leaves the expired state continuously visible and prevents the badge itself from reverting to a fresh appearance.","counterfactual_removal":"Without the irreversible expired state, an old badge could be mistaken for a fresh cue and the physical freshness distinction would disappear."}],"causal_chain":["A physical prebrief cue activates attention to defined inventory ownership and cutoff exceptions.","Immediate and delayed physical mock-count probes measure exception detection and latency under comparable conditions.","Probe observations establish whether the targeted performance decays with delay and, if so, where it crosses a prespecified usable threshold.","Capillary path lengths are adjusted so a passive diffusion front reaches visible bands at the supported refresh and expiry intervals.","At field activation, crushing the badge ampoule starts an irreversible material clock independent of software or reporting.","As elapsed time approaches the calibrated boundary, the colored front exposes context-matched exception icons on the count board.","The newly exposed icons provide a fresh perceptual cue at the inspection location, while the later EXPIRED field makes stale cue status physically visible.","Subsequent mock or bounded field probes test whether the physical reveal preserves detection relative to an otherwise identical badge that displays elapsed state without exception icons."],"baseline":"A standard inventory-count prebrief, static laminated checklist, and handwritten start time. These establish exposure and clock time but neither measure how the defined attentional target changes with delay nor create a materially timed contextual reactivation.","nearest_rivals":["Give the full prebrief again before every count zone; this directly refreshes attention but consumes personnel time and depends on scheduling and procedural compliance.","Use a static checklist attached to every count board; this keeps cues available but does not distinguish fresh, refresh-due, and expired activation or test for decay.","Shorten count sessions or rotate auditors; this may reduce fatigue and delay but does not measure the lifetime of the specific primed exception set.","Require a second auditor to reperform late-zone inspections; this can detect misses but is a review control rather than a local measurement and reactivation instrument.","Use an ordinary clock or kitchen timer; this measures elapsed time but lacks a calibrated activation threshold and does not reveal a context-specific cue at the boundary."],"remaining_contrastive_claim":"Conditional on delayed probes demonstrating a repeatable decline, the candidate uniquely couples an empirically calibrated cue-lifetime estimate to a passive, local, irreversible material transition that both displays freshness and reveals the matched audit cue. It does not claim superiority to rebriefing, static checklists, shorter sessions, or reperformance.","authority_safety":{"decision_authority":"The audit engagement partner controls any use in an engagement, while the client site safety officer controls whether the sealed badge materials may enter the inventory area. Neither authority is delegated to the instrument.","authorized_first_step":"Authorize only bench characterization and a non-client physical mock-inventory study; results may inform a later protocol but may not alter an audit conclusion or substitute for required evidence.","excluded_actions":["Using the badge as sole evidence of auditor competence or inventory assertion validity","Changing an audit opinion, sample size, or required procedure based on badge color","Deploying untested chemicals near food, pharmaceuticals, clean rooms, ignition sources, or sensitive inventory","Covertly timing or evaluating identifiable staff","Treating EXPIRED as proof that errors occurred or FRESH as proof that inspection was adequate"],"halt_rollback":"Stop the study if the badge leaks, stains inventory, presents an exposure hazard, has materially inconsistent transition times, distracts participants, or if delayed probes do not support a usable decay boundary. Remove the clip-on badges and revert immediately to the existing prebrief and checklist; no accounting records or audit conclusions are changed."},"negative_tests":{"strongest_counterevidence":"Detection of the defined exceptions remains stable across realistic delays and workload conditions, or any observed decline is explained by general fatigue rather than loss of the specific prebrief activation.","problem_falsifier":"Equivalent delayed physical probes show no reproducible relationship between time since the cue and exception detection or latency after controlling for probe difficulty and order.","intervention_falsifier":"A blinded comparison finds that the calibrated reveal badge does not improve the targeted exception detection relative to an otherwise identical elapsed-time badge without exception icons, or its timing varies enough that the intended boundary is unreliable.","risks":["Chemical leakage, staining, contamination, or disposal burden from the single-use badge","False reassurance when a FRESH display is mistaken for evidence of adequate inspection","False expiry caused by temperature, humidity, orientation, shock, or manufacturing variation","Cue fatigue or attentional tunneling toward displayed exceptions at the expense of other inventory risks","Probe learning, item-set imbalance, or demand effects masquerading as activation persistence","A subgroup or high-load environment having a materially different decay window from the calibration setting","Supervisors misusing badge state as an employee-performance score or procedural enforcement device"]},"next_evidence_step":"Build inert-fluid prototype badges and first bench-test transition repeatability across the intended temperature, humidity, orientation, and handling range. If repeatability is adequate, run a bounded, counterbalanced mock-inventory study using equivalent physical bins and document packets: measure immediate and delayed exception detection after one standardized printed cue, test whether a threshold crossing exists, and compare a calibrated cue-reveal badge with an identical elapsed-state-only badge. Predefine the target exceptions, threshold, exclusion conditions, and analysis before observing results; do not deploy in a client engagement.","prior_art_status":"UNSEARCHED","diversity_from_prior_proposals":"No other proposals or experiment cells were inspected under runtime isolation, so diversity from them is unknown. The candidate is characterized solely by its passive capillary-diffusion measurement and physical cue-reveal mechanism.","revision_record":{"parent_version":null,"progress_targets_addressed":["Construct one causally defensible accounting-and-auditing application of activation decay measurement","Make measurement instrumentation the primary substrate","Preserve target, delayed probe, threshold, refresh, and expiry structure","Specify counterfactual independence from forbidden software and governance channels"],"conceptual_changes":["Translated stale cognitive activation into delayed recognition of ownership and cutoff exceptions during physical inventory observation","Coupled calibrated attention decay to a local material timer rather than a software reminder or compliance workflow"],"operational_changes":["Specified a crush-activated capillary badge with fresh, refresh-due, and irreversible expired bands","Limited first use to bench testing and a physical mock-inventory study"],"evidence_changes":["Defined immediate and delayed physical anomaly-detection probes","Added direct falsifiers for both the decay premise and the cue-reveal mechanism"],"claim_changes":["Made the contrastive claim conditional on measured decay","Excluded novelty, prevalence, demand, and effect-size claims"]},"substrate_contract":{"primary_allowed_process":"MEASUREMENT_INSTRUMENTATION","counterfactual_independence":"The essential effect survives removal of software, algorithmic inference, databases, dashboards, reporting, incentives, authorization rules, and procedural enforcement. A crushed ampoule still initiates capillary transport; the colored front still traverses calibrated porous lengths; the physical cue icons and irreversible expired field still become visible at their material transition points. A person can observe and be re-exposed to those cues directly. Computation may help summarize calibration observations, but the curve can be plotted by hand and no computation is needed for an activated badge to measure elapsed state or reveal the cue.","forbidden_channel_audit":"No algorithm selects actions, no sensor sends data to downstream analytics, no database or dashboard supplies the operative state, and no software control loop triggers the refresh. The badge does not grant permission, enforce a procedure, score personnel, route information, or determine an audit conclusion. Engagement authorization and safety review are external safeguards only; removing them does not remove the badge's chemical transport, visible state transition, or contextual cue exposure. The principal limitation is that elapsed material state is a calibrated proxy for attentional freshness rather than a direct chemical measurement of cognition, which is why delayed behavioral probes and falsification are mandatory."}}}