{"schema_version":1,"experiment_id":"eoa_inverse_innovation_exp06_four_proposal_generalization60_20260803","cell_id":"bounded_rivalry_governance__nanotechnology","arm":"COMPLETE_PROPOSAL_PORTFOLIO","candidate_id":"nanofab_common_wafer_bounded_trial","proposal_index":1,"version":0,"title":"Common-Wafer Trial for Awarding a Scarce Nanofabrication Integration Slot","problem":"A shared nanofabrication facility has one process-integration bay and a limited block of technician time available for the next development cycle. Research teams compete for that opportunity using proposal claims and results from self-selected samples. Teams can improve their apparent standing by reporting unusually favorable devices, omitting failed batches, consuming extra characterization time, or choosing processes whose contamination and waste burdens fall on the facility. The rivalry can therefore select persuasive or resource-intensive entrants rather than the team whose nanoscale process is reproducible, compatible with shared equipment, and safe to integrate.","actors":["Research teams seeking the integration slot","Nanofabrication facility director and allocation committee","Facility technicians and metrology staff","Independent technical judges","Environmental health and safety officer","Other facility users exposed to contamination, downtime, or displaced tool access","Entrants' sponsoring institutions"],"observable_state":"The suspected state is observable when rankings based on proposals or entrant-selected specimens diverge from rankings produced by blinded replication on common test wafers; reported success excludes failed runs; entrants use materially unequal tool or metrology time; or high-ranked processes generate unpriced waste, decontamination work, tool downtime, or compatibility exceptions. Submission, reservation, metrology, waste, incident, and maintenance records can be checked for these indicators without presuming misconduct.","consequence":"The scarce integration slot may be awarded to a process that cannot reproduce under shared conditions, while rivalrous pressure encourages selective reporting, escalating facility consumption, and transfer of contamination or cleanup costs to technicians and other users. A failed integration can also consume the cycle and delay unrelated work.","affected_objective":"Select a reproducible and equipment-compatible nanoscale process for integration while preserving safety, fair access, facility availability, and credible future competition.","intervention":"Replace proposal-only selection with a bounded common-wafer trial. Before entrants are known, the facility publishes and freezes the purpose, eligibility rules, common substrates, permitted process actions, equal tool-time and metrology budgets, non-compensable safety gates, scoring rubric, tie-breaks, confidentiality provisions, and appeal route. Qualified entrants receive identical test wafers and facility-supplied baseline characterization. Two teams may earn independently verified validation runs, but only one receives the scarce integration bay after blinded replicate scoring. Scores combine across-wafer functional yield, dimensional and electrical reproducibility, compatibility with shared tools, complete accounting of attempted runs, and measured waste and recovery burden; unsafe performance cannot be offset by a higher technical score. Recipes are submitted under access control to the facility, leaders are independently remeasured, resource use is audited, and cross-round anomalies trigger review rather than guilt. Interference with another entrant, concealed outsourcing, unauthorized tool changes, fabricated records, or coordination intended to divide the prize are prohibited under a graduated penalty schedule. A precommitted post-cycle review examines realized performance, spillovers, and whether the winner acquired control over shared recipes, fixtures, data formats, or access rules. A scheduled challenger window reopens the slot in a later cycle under a published transition threshold.","structural_mapping":[{"archetype_element":"Rivalry purpose statement","domain_realization":"Use competition to discover which nanoscale process is reproducible and compatible under shared fabrication conditions, rather than to reward proposal polish or isolated best-case devices."},{"archetype_element":"Scarce prize or selection constraint","domain_realization":"One process-integration bay and its associated technician block for the next development cycle, preceded by two bounded validation runs."},{"archetype_element":"Competitor eligibility boundary","domain_realization":"Teams must submit a process hazard review, identify responsible operators, demonstrate prerequisite equipment training, disclose conflicts and outside fabrication, and accept common-wafer and recordkeeping rules."},{"archetype_element":"Contest arena boundary","domain_realization":"Entrants may optimize their own declared recipes within assigned equipment and material limits; they may not alter shared-tool settings without authorization, interfere with samples, conceal attempted runs, fabricate measurements, or coordinate prize division."},{"archetype_element":"Performance metric and scoring basis","domain_realization":"Blinded common-wafer replicates are scored on functional yield, cross-wafer reproducibility, metrology reproducibility, shared-tool compatibility, complete failure accounting, and measured waste and recovery burden, with safety treated as a pass/fail gate."},{"archetype_element":"Fair process and due process layer","domain_realization":"Rules are frozen before entry, samples are coded, judges disclose conflicts, entrants receive a score decomposition, and an independent reviewer hears time-boxed challenges to measurement or rule application."},{"archetype_element":"Anti-sabotage and anti-collusion guardrail","domain_realization":"Chain-of-custody records, access logs, independence attestations, anomaly screens, and graduated penalties cover sample interference, fabricated data, concealed coordination, and unauthorized process changes."},{"archetype_element":"Externality and spillover boundary","domain_realization":"Waste, decontamination, tool recovery, downtime, and compatibility exceptions are measured and charged against the score and a precommitted remediation reserve rather than shifted to other facility users."},{"archetype_element":"Escalation and arms-race damper","domain_realization":"Every entrant receives the same common wafers, tool hours, metrology allowance, and number of scored attempts; additional private characterization cannot enter the scored record."},{"archetype_element":"Winner power and lock-in review","domain_realization":"Winning does not confer authority over facility rules or exclusive control of shared interfaces, fixtures, data formats, or baseline calibration artifacts."},{"archetype_element":"Learning and recalibration loop","domain_realization":"After the integration cycle, reviewers compare trial scores with realized integration performance and revise or retire metrics, eligibility rules, and resource caps that induced gaming or failed to predict the intended contribution."}],"mechanism_mapping":[{"mechanism_slug":"contest_rulebook","role":"Freezes eligibility, legal actions, safety gates, scoring, tie-breaks, confidentiality, and appeals before competitors are identified.","counterfactual_removal":"Without a binding rulebook, evaluators could change criteria after seeing entrants, and alleged fouls or appeals would be handled ad hoc."},{"mechanism_slug":"ranked_leaderboard_with_audit","role":"Creates comparable standings from coded common-wafer results while requiring independent remeasurement and record reconciliation before a leader advances.","counterfactual_removal":"Without leader audits and held-back replicate results, entrants could win through favorable specimen selection, measurement artifacts, or incomplete reporting."},{"mechanism_slug":"spending_cap_or_resource_cap","role":"Equalizes scored wafers, tool hours, metrology access, and attempted runs so the contest tests process quality within a fixed facility budget.","counterfactual_removal":"Without the cap, well-resourced entrants could escalate characterization and repeated fabrication until a favorable result appears, shifting rank toward bankroll and facility consumption."},{"mechanism_slug":"externality_bond_or_liability_rule","role":"Requires a uniform precommitted remediation reserve and retains responsibility for measured contamination, cleanup, and recovery burdens.","counterfactual_removal":"Without secured responsibility, entrants could improve their apparent score by choosing processes whose cleanup and downtime costs are borne by technicians and unrelated users."},{"mechanism_slug":"anti_collusion_monitoring","role":"Applies fixed cross-round screens to access, submission, and scoring patterns and refers anomalies to an independent inquiry without treating a flag as proof.","counterfactual_removal":"Without field-wide monitoring, reciprocal noncompetition or coordinated prize division could remain indistinguishable from genuine independent performance."},{"mechanism_slug":"sabotage_or_foul_penalty_schedule","role":"Publishes graduated consequences for sample interference, fabricated records, concealed outsourcing, unauthorized tool changes, and proven collusion.","counterfactual_removal":"Without precommitted and consistently applied consequences, off-arena conduct could remain an economically attractive route to the scarce slot."},{"mechanism_slug":"multiple_award_or_portfolio_selection","role":"Funds two validation runs before the single integration award, preserving evidence from distinct process approaches without pretending the final bay is non-scarce.","counterfactual_removal":"A one-shot winner could be selected from noisy preliminary evidence, while all information from a technically different runner-up would be discarded."},{"mechanism_slug":"challenger_access_window","role":"Reopens access in a later cycle and sets a published unseat threshold, preventing one successful integration from becoming permanent control of the facility opportunity.","counterfactual_removal":"Without a credible reopening, the first winner could gain experience and interface control that makes later competition ceremonial."},{"mechanism_slug":"post_contest_impact_review","role":"Compares trial rankings with integration outcomes, harms, resource use, and subsequent access conditions, then feeds specified changes into the next cycle.","counterfactual_removal":"Without ex-post review, a gamed or poorly predictive metric and any winner-created lock-in could persist across cycles."}],"causal_chain":["A genuinely scarce integration slot creates strategic dependence among eligible research teams.","A frozen rulebook converts that dependence into an explicit arena with declared purpose, entry conditions, permitted actions, safety floors, and appeal rights.","Common wafers, coded samples, equal resource caps, and complete attempt logs reduce the advantage from specimen selection, private metrology volume, and unreported failures.","Blinded replicate scoring and independent leader audits make reproducible shared-condition performance a more reliable route to the slot than proposal polish or measurement gaming.","Externality accounting and a remediation reserve put contamination, waste, downtime, and recovery burdens inside the competitive evaluation.","Monitoring plus graduated, reviewable penalties increase the expected cost of sabotage, fabrication, concealed coordination, and unauthorized shortcuts without making anomaly detection a verdict.","Two validation awards preserve comparative evidence before one process receives the scarce integration bay.","A post-cycle review and challenger window test whether the selected process delivered the stated contribution and prevent victory from hardening into control over future contests."],"baseline":"The facility continues allocating the integration slot through committee review of written proposals, investigator-supplied results, and informal judgments of readiness, with ordinary safety approval applied after selection. Entrants do not receive identical wafers or equal scored resources, failed attempts are not necessarily visible, and realized facility burdens do not systematically recalibrate the next award.","nearest_rivals":["A conventional tender or RFP with published criteria: it improves procedural fairness but mainly compares promises and prior evidence rather than rival performance on blinded common wafers.","A safety qualification gate: it can exclude impermissibly hazardous processes but does not rank safe entrants, constrain competitive resource escalation, or govern strategic interactions among them.","First-come or rotating access: it can reduce evaluator discretion but abandons the intended discovery benefit of rivalry and does not select for reproducible integration performance.","Ordinary peer review: it supplies expert judgment but does not establish equal test conditions, audit leaders, internalize facility spillovers, or preserve a challenger path.","A cooperative process-development consortium: it may improve shared learning, but where only one integration bay exists it does not remove the allocation conflict and may permit dominant members to control the shared approach."],"remaining_contrastive_claim":"The proposal's remaining contrastive claim is structural, not novel: when a facility deliberately retains rivalry for one integration opportunity, combining common-condition performance, bounded resources, anti-abuse enforcement, spillover responsibility, contestability, and reopening keeps the route to winning more closely coupled to reproducible shared-facility contribution than any single selection, safety, or allocation device alone.","authority_safety":{"decision_authority":"The nanofabrication facility director may authorize a non-awarding shadow evaluation; the existing allocation committee retains authority over actual slot awards, an independent reviewer controls appeals, and the environmental health and safety officer may veto any handling or process step on safety grounds.","authorized_first_step":"Approve only a preregistered shadow evaluation using archived submissions, retained already-approved test wafers, existing facility logs, and coded remeasurement; do not alter current access decisions or fabricate new material.","excluded_actions":["Awarding or withdrawing an actual integration slot on the basis of the shadow evaluation","Creating new nanoparticle or nanostructure fabrication runs for the first evidence step","Bypassing existing equipment, chemical, biosafety, occupational, or waste controls","Releasing nanomaterials into clinical, consumer, or environmental settings","Treating an anomaly-screen flag as proof of collusion or misconduct","Publishing confidential recipes, identifiable personnel data, or unaggregated access logs","Imposing penalties, collecting a remediation bond, or changing contractual rights during the shadow evaluation"],"halt_rollback":"Stop if retained-wafer provenance is uncertain, remeasurement requires unapproved handling, confidentiality cannot be preserved, the rubric cannot be applied without post hoc changes, or an evaluator conflict cannot be separated. Roll back by discarding shadow rankings, preserving the current allocation process, revoking temporary data access, and documenting why the test was non-interpretable."},"negative_tests":{"strongest_counterevidence":"Archived proposal rankings already predict blinded replicate performance and realized integration reliability, while resource use, failed-run reporting, cleanup burdens, entrant access, and appeals show no meaningful divergence across teams. That result would weaken the case that unmanaged rivalry is selecting the wrong contribution.","problem_falsifier":"The problem is falsified for the facility if there is no genuinely scarce integration opportunity, teams' outcomes are not strategically interdependent, or existing rules already make entrant-selected evidence, full attempt histories, resource use, and spillover burdens comparably observable and contestable.","intervention_falsifier":"The intervention is falsified as a useful selection design if a preregistered shadow application cannot produce stable rankings across blinded replicate subsets, does not distinguish reproducibility from proposal score, systematically ranks process families through measurement artifacts, or requires burdens that erase the value of retaining rivalry.","risks":["A frozen rubric may become a target and displace effort toward measured proxies.","Common wafers may favor one process family or fail to represent integration conditions.","Uniform resource caps may disadvantage challengers that lack incumbent infrastructure outside the counted arena.","Recipe disclosure to facility evaluators may expose confidential know-how or deter entry.","A remediation reserve may exclude less-capitalized teams if it is not uniform, insured, and proportionate.","Anomaly screens may generate false suspicion from legitimate technical similarity or shared cost shocks.","Two validation awards may spread resources below the level needed for interpretable testing.","Frequent challenger windows may discourage long-horizon process stabilization, while a high unseat threshold may preserve lock-in.","Additional governance may consume scarce technician and metrology capacity."]},"next_evidence_step":"Run one preregistered, non-awarding shadow comparison on a bounded set of archived applications and retained, already-approved test wafers. Before unblinding identities or prior committee ranks, freeze the scoring rubric, randomly divide replicate measurements into scoring and audit subsets, reconstruct each entrant's attempted-run and facility-burden record, and have conflict-screened evaluators rank coded entries. Compare ranking stability, disagreement with the baseline committee order, sensitivity to each metric, audit reversals, process-family bias, data burden, and whether appeals can be resolved from the record. The result authorizes only a decision about whether a prospective pilot is warranted.","prior_art_status":"UNSEARCHED","diversity_from_prior_proposals":"Not assessed beyond this single-proposal task; the domain realization is specifically a governed performance rivalry for shared nanofabrication integration capacity rather than a new nanomaterial, device, or fabrication technique.","revision_record":{"parent_version":null,"progress_targets_addressed":["Initial complete proposal","Concrete nanotechnology problem and observable state","Full archetype-to-domain structural mapping","Explicit mechanism counterfactuals","Authority limits and reversible first step","Problem and intervention falsifiers"],"conceptual_changes":["Initial version; no parent proposal."],"operational_changes":["Initial version specifies a non-awarding shadow evaluation using archived records and retained approved wafers."],"evidence_changes":["Prior art remains unsearched; no external evidence was used.","A bounded first evidence protocol and decision criteria were specified."],"claim_changes":["Claims are framed as a testable candidate design without novelty, prevalence, demand, or effect-size assertions."]}}