Chapter 4 of 13 · 2 min read
How 760 names entered the room
Why a broad discovery universe is useful, and why discovery is not verification.
The Search for 100 Thinkers · Published 1.0 · 2026-09-22 · Moses Sam Paul
The working universe is RECONSTRUCTED_v2: 760 candidates. Think of it as a broad discovery net, not an honours list.
It draws on overlapping intellectual communities: formal systems, economics, human systems, applied complexity, technology and institutions, and thinkers who cross those boundaries. The exact inherited affiliations and discovery leads still require checking where evidence is incomplete.
Why keep the broad universe?
Because selecting too early can reproduce whatever the search happened to find first. A name found through network science might prove useful for a governance question. An unfamiliar specialist might address a gap that a celebrated generalist does not.
Preserving the universe also preserves a way back. If the provisional hundred turns out to have a blind spot, we should be able to revisit the candidates and discovery paths we set aside.
- 760 discovery candidates
- 100 provisional portfolio members
- 25 prioritised for the next evidence audit
The arrow in that diagram is a working selection, not a certificate. It does not say that all 760 received complete artifact review, or that the 100 are better than everyone outside them.
What survived the migration
The handoff was imported into the research repository with its original source snapshots preserved. The supplied checksum inventory contains 30 checks; the latest workflow validation passed them. A checksum tells us the imported bytes agree with the supplied inventory. It does not tell us that a claim inside a file is true.
The inherited eligibility ledger records 53 Advance, 16 Hold and 691 Pending. Those are inherited decisions, not 69 newly completed independent investigations. The distinction may sound fussy until it is the only thing preventing yesterday's assumption from becoming today's fact.