← ObservatoryThe RecordFR-AM-0002
PROG-AM
FR-AM-0002

Anomalous Excess Heat — Electrochemical Cells Beyond Conventional Chemistry

Electrochemical cells can produce anomalous excess heat that is not fully explained by conventional chemical processes.

FragmentingVS-04·since 2024-01-15
Verification Matrix
VS-01
Assertion
VS-02
Published
VS-03
Audit
VS-04
Replication
2024-01-15 — present
VS-05
Operation
State reached Current state Not yet reached
State Warrant
Current stateFragmentingVS-04
Why this state?The claim occupies an unusual position in the corpus. The anomalous heat observations have been made by credentialled researchers using dedicated calorimetric equipment over thirty-five years. They have not been definitively refuted — no study has demonstrated that the reported observations are entirely attributable to measurement error, and the Berliner et al. (2019) study explicitly declined to make that claim. At the same time, the observations have not been reproduced on demand by independent laboratories following a shared, agreed protocol. The strongest quantitative claim in the record — SRI International's loading-fraction correlation (INST-002) — has not been independently confirmed under fully controlled conditions, and the Storms preparation protocols (INST-003) that claim to improve reproducibility have not been validated against a rigorous baseline. The pressure state is FRAGMENTING: the phenomenon has neither been confirmed as real nor definitively attributed to measurement artefact, and no agreed controlled protocol yet exists that would let a null result be accepted as meaningful (BN-001).
In this state since2024-01-15
Stage provenanceRatified VS-04; stored historical code VS-03 preserved.
Record Lineage — Chronological
2024-01-15
Record opened — Fragmenting
The claim occupies an unusual position in the corpus. The anomalous heat observations have been made by credentialled researchers using dedicated calorimetric equipment over thirty-five years. They have not been definitively refuted — no study has demonstrated that the reported observations are entirely attributable to measurement error, and the Berliner et al. (2019) study explicitly declined to make that claim. At the same time, the observations have not been reproduced on demand by independent laboratories following a shared, agreed protocol. The strongest quantitative claim in the record — SRI International's loading-fraction correlation (INST-002) — has not been independently confirmed under fully controlled conditions, and the Storms preparation protocols (INST-003) that claim to improve reproducibility have not been validated against a rigorous baseline. The pressure state is FRAGMENTING: the phenomenon has neither been confirmed as real nor definitively attributed to measurement artefact, and no agreed controlled protocol yet exists that would let a null result be accepted as meaningful (BN-001).
Verification Stage: VS-04 after ratified review (stored code VS-03 preserved).
Mutation Log
MutationDateFieldPrior valueCurrent value
M-0062026-06-18record_id_migratedFR-MF-0002FR-AM-0002
M-0052024-01-15programme_panel_addedPROGRAMME-PANEL-ADDED
M-0042024-01-15mechanisms_recordedMECHANISMS-RECORDED
M-0032024-01-15assessment_issuedASSESSMENT-ISSUED
M-0022024-01-15instances_loggedINSTANCES-LOGGED
M-0012024-01-15record_createdRECORD-CREATED
Evidence Sources
5 instances on recordShow sources ↓Hide ↑
IN-001Early excess heat observations — multiple laboratoriespartial
IN-002SRI International systematic calorimetry programmesupportive
IN-003Storms — systematic review and palladium preparation protocolpartial
IN-004Berliner et al. (Google) — anomalous electrochemical behaviour acknowledgedpartial
IN-005NASA LENR programme and US Navy revisitationneutral