frontiers / frontier
The source records. Every finding in this frontier is extracted from one of these records, pinning the finding to a citable origin: the source-lineage view of cumulative science.
Source evidence contract
Sources become useful when their evidence selectors, lineage, and review return path stay attached to the finding they support.
source handle
Each source should carry a stable id, citation fields, external locator, and import context before it supports a finding.
inspect records →
evidence selector
A useful source path points to the span, table row, figure, measurement, protocol step, or artifact that bears weight.
find evidence →
lineage
Queries, corpus ids, versions, exclusions, and capability outputs are provenance material until review accepts a frontier event.
open activity →
review return
Missing selectors, stale citations, contradictions, or unsupported findings should return to Workbench before changing frontier state.
open workbench →
load-bearing sources
ranked by bound findings, then citations
source object
1 bound findingvs_0104f74d3568a94areviewer:will-blair
inspect source →
source object
1 bound findingvs_02d49b5cc06397bdreviewer:will-blair
inspect source →
source object
1 bound findingvs_070edcaa2d186acareviewer:will-blair
inspect source →
| source | type | year | citations | bound findings |
|---|---|---|---|---|
| ScienceDirect; Princeton PPPL; DOE Fusion S&T Roadmap reviewer:will-blair vs_0104f74d3568a94aexternal | paper | 2025 | missing | 1 |
| National Ignition Facility; Department of Energy reviewer:will-blair vs_02d49b5cc06397bdexternal | paper | 2022 | missing | 1 |
| Fusion Industry Association; TechCrunch reviewer:will-blair vs_070edcaa2d186acaexternal | paper | 2025 | missing | 1 |
| Medium (Charoensappuech); Nuclear MOTD reviewer:will-blair vs_12bf469d34b82921external | paper | 2024 | missing | 1 |
| IEEE Spectrum; LLNL reviewer:will-blair vs_1c0e0a7f15022c51external | paper | 2023 | missing | 1 |
| Commonwealth Fusion Systems; MIT PSFC reviewer:will-blair vs_2116e312f1aedcb6external | paper | 2026 | missing | 1 |
| IAEA Disruption Meeting; PMC; PPPL reviewer:will-blair vs_2cca23a69acb1214external | paper | 2024 | missing | 1 |
| Physics World; CFS; MIT PSFC reviewer:will-blair vs_3997ef872022f80fexternal | paper | 2023 | missing | 1 |
| ITER; EUROfusion; QST Japan reviewer:will-blair vs_5c44294b3ef697a2external | paper | 2025 | missing | 1 |
| DOE Fusion S&T Roadmap; LLNL; ITER; PPPL reviewer:will-blair vs_702a3a6481ba4ac0external | paper | 2025 | missing | 1 |
| IAEA Disruption Mitigation Meeting (September 2024); PMC reviewer:will-blair vs_87dc24518a82b2b6external | paper | 2024 | missing | 1 |
| EUROfusion; Max-Planck-Institut für Plasmaphysik reviewer:will-blair vs_93181982c60a0c44external | paper | 2025 | missing | 1 |
| ITER; FEC 2025 proceedings reviewer:will-blair vs_bf9116d2423a7561external | paper | 2024 | missing | 1 |
| PMC; Springer Nature reviewer:will-blair vs_c875cdb35352c375external | paper | 2021 | missing | 1 |
| National Ignition Facility & Photon Science reviewer:will-blair vs_d762828183221ed9external | paper | 2023 | missing | 1 |
| Princeton PPPL; AIP Physics of Plasmas reviewer:will-blair vs_daf268ed8fb961deexternal | paper | 2024 | missing | 1 |