Evidence quality
Clear support
Findings describe their scientific basis and the important gaps in the available evidence.
Pilot project program
A focused laboratory pilot. A decision you can defend.
The pilot offers frontier and experimental physics laboratories 30 scientific assessment and research-support services. Each engagement addresses one consequential research decision and delivers a traceable technical assessment, a reproducibility package, and a specific next action.
The access offer
Scientific assurance.
Up to three specialist services.
Academic, nonprofit, industrial, and independent laboratories enter with one defined research decision and a responsible principal investigator. The aim is to identify real effects, expose artifacts, strengthen experiments, and preserve credible results under independent challenge.
Prepare a pilot requestProposed no-fee institute analysis and review
Access is bounded by the approved service allocation. Facility work, fabrication, equipment, travel, and external replication receive separately costed work packages. Staffing, funding, connections, tools, and execution are confirmed for each engagement.
Access is bounded by the approved service allocation. Facility work, fabrication, equipment, travel, and external replication receive separately costed work packages. Staffing, funding, connections, tools, and execution are confirmed for each engagement.
The existing accelerator’s grant review has a narrower public scope. This expanded 90-day model requires its own written service order; it is not an automatic extension of an accelerator grant.
The planning horizon
A proposed 90-day engagement.
The date ranges illustrate the proposed planning horizon. Work scope, progress discussions, and delivery dates are agreed separately for each accepted laboratory.
FIG. 04The proposed 90-day planning horizon
PROGRAM PLANDays 1–9
Proposed 90-day horizon
Proposed 90-day horizon
Engagement planning window
This is a planning window, not an operating phase. Dates, progress discussions, and delivery timing are agreed with the laboratory for its approved engagement.
Planning allocation
60 institute hours per laboratory.
40 hoursTechnical analysis
20 hoursSpecialist / independent review
Six cases use 360 hours. Shared setup, benchmark qualification, and quality review add 120 hours: a 480-hour cohort planning estimate. Laboratory operations and external tests are excluded.
A costed service order governs the work.
The written engagement confirms selected services, deliverables, information requirements, resources, and timing. Additional computation or laboratory work requires an agreed scope. Reports communicate unresolved evidence gaps and limitations.
The written engagement confirms selected services, deliverables, information requirements, resources, and timing. Additional computation or laboratory work requires an agreed scope. Reports communicate unresolved evidence gaps and limitations.
Scientific assurance
Public principles for credible findings.
These principles describe the qualities an organization should expect from a useful scientific assessment.
Measurement clarity
Useful uncertainty
Results explain instrument limits, uncertainty, and the conditions relevant to their interpretation.
Model validity
Stated scope
Computational findings describe assumptions, applicable regimes, and limitations.
Independent scrutiny
Credible challenge
Consequential findings benefit from qualified scientific review and consideration of alternative explanations.
Research responsibility
Agreed handling
Laboratories retain responsibility for their approvals, authorized information, and experimental operations.
Usable deliverables
A clear next action
Reports explain what the evidence supports and the research options available to the laboratory.
Admission & access
An assessable case starts with five input groups.
Eligibility considers scientific fit, a responsible investigator, authorized information, practical feasibility, and available resources. The official application process determines admission.
Scientific objective
Research question, scientific context, current practice, intended observable, and decision of interest.
Evidence and apparatus
General evidence categories, instrument types, measurement objectives, and information availability.
Models and computation
Model purpose, assumptions, available computation, and relevant scientific limitations.
Authority and resources
Responsible investigator, institutional permissions, available staff, facilities, and practical constraints.
Intended deliverables
Desired findings, audience, timing, and the research action the engagement should inform.
Scientific accountability
Responsibilities remain explicit.
The developer of a consequential result cannot be its sole independent reviewer. Shared code, calibrations, source dependence, and role conflicts are disclosed before a review is called independent.
Laboratory PI
Research operations, trained staff, institutional approvals, scientific context, and authorized information.
Institute engagement lead
Agreed scope, service availability, coordination, deliverables, and practical arrangements.
Domain and measurement specialists
Qualified scientific interpretation within the measurement and research context.
Computational reviewer
Qualified examination of computational findings and model limitations.
Independent scientific reviewer
Independent scrutiny of scientific evidence and consequential interpretations.
Responsible research contact
Agreed information handling, communication permissions, and institutional coordination.
Research continuation
Expand only when the evidence supports it.
A useful assessment relates its findings to the laboratory’s question and explains the research options supported by the evidence.
What changed?
Explain what the assessment contributes to the scientific question, including the findings and material limitations.
What actually ran?
Distinguish completed analysis and observations from planned investigations or information that remains unavailable.
What is justified next?
Explain whether additional research, a different approach, continuation, or stopping work is useful within the agreed scope.
Future work is agreed separately with the laboratory, considering scientific value, practical feasibility, resources, and information permissions.
Program questions
Scope, access, and the quality target.
Bring the question that is blocking your next result.
Start with a defined research decision, a responsible investigator, and the evidence you can authorize for review.