Math 2.0

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Z-Sigil: A Public-Key Cryptosystem with Chained Selection over a Fiber Bundle of Module-Lattice Keys VB1EZ9K6YW

URIm2://res/VB1EZ9K6YW
Kindpreprint
CreatorsAndrea Rondelli
Date2026-09-29
Subjectsarxiv cs.CR, arxiv cs.IT, arxiv math.IT
Scopeborder

Expressions

e1: version, preprint

Date2026-09-29
IdsarXiv 2609.38668

Items in this resource

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

ItemKindWhereSource
1CXCRZJXJMstatementcorollary 13.2arxiv
Walk and pulled-back keydefinitiondefinition 3.2arxiv
Compositionstatementtheorem 8.3arxiv
Family-conditioned stream boundstatementtheorem 6.3arxiv
Chained inversionstatementproposition 5.2arxiv
Block inversionstatementproposition 5.1arxiv
An integer norm gapstatementproposition D.1arxiv
Shared-matrix hybridstatementlemma 8.2arxiv
Fragment suppression, not a full-recovery advantagestatementproposition C.1arxiv
Direct-prefix modeldefinitiondefinition 9.1arxiv
Exact lattice preservation forces flatnessstatementproposition D.2arxiv
Public scalar exposurestatementstatement 2.2arxiv
Fixed-index membership experimentstatementproposition 9.3arxiv
Decisional Module-LWEdefinitiondefinition 8.1arxiv
Planted nearby pointstatementproposition 7.1arxiv
Collinearitystatementproposition 2.1arxiv
Capped geometric prefixstatementtheorem 9.2arxiv
Key generation $\Kgen$definitiondefinition 4.1arxiv
Key bundledefinitiondefinition 3.1arxiv
Fixed-key tailstatementlemma 6.2arxiv
Cancellation and sufficient marginstatementtheorem 6.1arxiv
Integral isometries are signed permutationsstatementproposition 13.1arxiv

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