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Dissipation-Enabled Operator-Norm Locality Bounds for Bose-Hubbard Hamiltonians 41AVNP6DJ9

URI	`m2://res/41AVNP6DJ9`
Kind	preprint
Creators	Marius Lemm, Tim Möbus
Date	2026-10-01
Subjects	arxiv quant-ph, arxiv math-ph, arxiv math.MP
Scope	border

Expressions

e1: version, preprint

Date	2026-10-01
Ids	arXiv 2610.01669

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
Finite-register simulation of arbitrary inputs	statement	theorem 5.5	arxiv
Nearest-neighbor bounded-interaction bound	statement	corollary B.1	arxiv
Hopping truncation error	statement	lemma 4.3	arxiv
Four-photon polynomial Lieb--Robinson bound	statement	proposition 3.5	arxiv
Uniform-topology dissipative Lieb--Robinson bound	statement	theorem 3.1	arxiv
Local approximation with a fixed occupation cutoff	statement	theorem 3.2	arxiv
Local cat-code adiabatic estimate	statement	theorem 5.3	arxiv
Local channel approximation	statement	corollary 5.1	arxiv
Multi-mode Sobolev-regularizing QMS	definition	definition 2.2	arxiv
Superpolynomial buffer decay	statement	corollary 3.3	arxiv
Thermodynamic limit	statement	corollary 5.2	arxiv
G379VNYSNR	statement	lemma A.4	arxiv
GDN69JP79Q	statement	lemma A.2	arxiv
LR bound with unbounded on-site terms	statement	proposition 4.2	arxiv
Dissipative Bose--Hubbard	statement	proposition 4.1	arxiv
Multi-mode Sobolev-preserving QMS	definition	definition 2.1	arxiv
Dissipative preparation	statement	proposition 5.4	arxiv
W1ZQHCZTRQ	statement	lemma A.3	arxiv
WCXFWTQDTD	statement	lemma C.1	arxiv

Catalogue records

arxiv: 2610.01669 (work)