Logarithmic Bramson correction for Fisher--KPP equations on homogeneous trees XM98BX97RT

URI	`m2://res/XM98BX97RT`
Kind	preprint
Creators	Edagardo Álvarez, Marina Murillo-Arcila, Rodrigo Ponce, Juan C. Pozo
Date	2026-09-27
MSC	35-XX, 46-XX
Subjects	arxiv math.AP, arxiv math.FA
Scope	in

Expressions

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

Item	Kind	Where	Source
2DMNG4CB17	statement	lemma A.5	arxiv
3Y5T6G3DWG	statement	corollary A.1	arxiv
6C0Z5PAD6W	statement	theorem 1.2	arxiv
6JYNS20VC8	statement	lemma A.1	arxiv
7RRXRR4HBM	statement	lemma A.7	arxiv
9JGVNGZMR1	statement	proposition 4.2	arxiv
AXS4EAVRE7	statement	proposition 1.1	arxiv
CHBNAAW5JB	statement	theorem 1.1	arxiv
Intermediate leading edge	statement	proposition 4.3	arxiv
GHCRNYBQFA	statement	lemma A.3	arxiv
H0AJYMYH7A	statement	proposition 4.1	arxiv
HMBMR1H6WB	statement	lemma A.4	arxiv
Comparison in a moving strip	statement	lemma 4.4	arxiv
Far-field bound for the dipole	statement	lemma C.3	arxiv
N90Q3XV099	statement	proposition 3.1	arxiv
Lower leading-edge barrier	statement	lemma C.5	arxiv
NW7JCYRG2Y	statement	lemma A.2	arxiv
Fixed-time factorial tail	statement	lemma C.2	arxiv
General linear kernel	statement	corollary 3.1	arxiv
Linear dipole	statement	lemma 4.2	arxiv
TXJ8E248CV	statement	proposition 4.5	arxiv
Technical leading-edge estimate	statement	corollary C.1	arxiv
Upper leading-edge barrier	statement	lemma C.4	arxiv
Critical front and its tail	statement	lemma 4.3	arxiv
Matching in a moving strip	statement	proposition 4.4	arxiv
Y4QEP2JDD7	statement	lemma B.1	arxiv
Decay beyond the matching strip	statement	corollary 4.1	arxiv
Comparison on a moving half-line	statement	lemma C.1	arxiv
YCWMK63QMQ	statement	lemma A.6	arxiv
Z1Y8MAMVKX	statement	lemma B.2	arxiv
ZXEGQVG0FF	statement	lemma 4.1	arxiv