M1 — Reproductive clock and delaying perimenopause

Discover what determines when perimenopause begins and select the first causal, measurable and manipulable node whose modification could delay the transition without shortening fertile function or displacing harm.

StatusIn progress

Progress4 published reports

Subtopics

1.1
Causal map of perimenopause onset — the `−2` bit is a σ threshold; the first licit node, if it exists, is not read in the classifier nor in primordial freeze
Completed Mon Oct 19 2026 00:00:00 GMT+0000 (Coordinated Universal Time) · View report →
1.2
Identity of the −2 σ generator — the bit is a persistence threshold; the biological candidate is origin jitter, not ρ nor buffer failure; ReSTAGE persistence is not estimable in any public `(L, FP, LP)` of 36–44 y
Completed Wed Oct 21 2026 00:00:00 GMT+0000 (Coordinated Universal Time) · View report →
1.3
ReSTAGE persistence: the Utah quantile describes a proxy, not the first passage; the clock adds no node; the ovarian index stays off
Completed Fri Oct 23 2026 00:00:00 GMT+0000 (Coordinated Universal Time) · View report →
1.4
ReSTAGE first passage under censoring
Completed 2026-10-24 · View report →

Published reports

M1 · 1.4October 24, 2026

First ReSTAGE step under censoring

Reproductive clock and delaying perimenopause

M1 · 1.3October 23, 2026

ReSTAGE persistence: the Utah quantile describes a proxy, not the first passage; the clock adds no node; the ovarian index stays off

M1 · 1.2October 21, 2026

Identity of the −2 σ generator — the bit is a persistence threshold; the biological candidate is origin jitter, not ρ nor buffer failure; ReSTAGE persistence is not estimable in any public `(L, FP, LP)` of 36–44 y

M1 · 1.1October 19, 2026

Causal map of perimenopause onset — the `−2` bit is a σ threshold; the first licit node, if it exists, is not read in the classifier nor in primordial freeze