Collective Contraction in the de Bruijn--Newman Heat Flow: Off-Zero Logarithmic Derivatives and Certified Barrier Refinements B2PG75FSQJ

URI	`m2://res/B2PG75FSQJ`
Kind	preprint
Creators	Michel Planat
Date	2026-09-29
MSC	11-XX
Subjects	arxiv math.NT
Scope	in

Expressions

e1: version, preprint

Language	en
Date	2026-09-29
Ids	arXiv 2609.37164, zbl_id 903189325

Items in this resource

The mentions of the inventory that name this resource. Each name links to the card of its inventory row.

Item	Kind	Where	Source
Extended base-phase inequality	statement	lemma 6.3	arxiv
Three-prime coefficient mask	statement	lemma 6.5	arxiv
Audited Gordon-hybrid candidate	statement	theorem 7.2	arxiv
Logarithmic-derivative bridge	statement	proposition 2.3	arxiv
Raymond head-pair candidate	statement	theorem 8.3	arxiv
Directed grouped corner	statement	proposition 6.8	arxiv
Interface with the Polymath effective approximation	statement	proposition 2.4	arxiv
Frontier-to-height extraction	statement	lemma 3.2	arxiv
Conditional finite-height extension	statement	corollary 6.13	arxiv
Directed lower barrier after $\tau_0$	statement	theorem 4.1	arxiv
Collective vertical contraction	statement	theorem 2.1	arxiv
Two-envelope comparison	statement	proposition 4.2	arxiv
Lower-barrier audit-relative Newman candidate	statement	corollary 4.3	arxiv
Small relative phases within the new block	statement	lemma 8.5	arxiv
Conditional improved landing time	statement	corollary 2.2	arxiv
Real-axis transversality	statement	lemma 6.4	arxiv
Conditional hybrid collision-exclusion bound	statement	theorem 6.11	arxiv
Uniform head amplitudes	statement	lemma 8.1	arxiv
Additional translated head-pair gain	statement	proposition 8.2	arxiv
Grouped snapshot transport	statement	lemma 6.9	arxiv
Certified high-$x$ collective field	statement	theorem 2.5	arxiv
Uniform lowest-band domination	statement	lemma 8.4	arxiv
Complete diagonal pair credit	statement	proposition 8.6	arxiv
Exact saddle and double-zero charge	statement	lemma 6.10	arxiv
Finite-height prefix-sum tail	statement	lemma 6.7	arxiv
Exact small-divisor saving	statement	proposition 6.1	arxiv
Hybrid height-envelope separation	statement	proposition 3.3	arxiv
Short extension of the closed frontier barrier	statement	theorem 3.1	arxiv
Whole-box source witnesses	statement	proposition 7.1	arxiv

Catalogue records

arxiv: 2609.37164 (work)
arxiv_text: 2609.37164 (work)
zbmath_search: 903189325 (work)