Near-miss Identities and Spinor Genus Classification of Ternary Quadratic Forms with Congruence Conditions
Kush Singhal (The University of Hong Kong)

TL;DR
This paper establishes near-miss identities for counting representations of certain ternary quadratic forms with congruence conditions, classifies their genus and spinor genus, and provides a comprehensive classification for specific lattice cosets.
Contribution
It introduces new near-miss identities and offers a complete classification of genus and spinor genus for conductor 2 lattice cosets of 2-adically unimodular lattices.
Findings
Derived near-miss identities for specific quadratic forms
Classified genus and spinor genus of related lattice cosets
Provided a complete classification for conductor 2 lattice cosets
Abstract
In this paper, near-miss identities for the number of representations of some integral ternary quadratic forms with congruence conditions are found and proven. The genus and spinor genus of the corresponding lattice cosets are then classified. Finally, a complete genus and spinor genus classification for all conductor 2 lattice cosets of 2-adically unimodular lattices is given.
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Taxonomy
TopicsCoding theory and cryptography · Finite Group Theory Research · Advanced Algebra and Geometry
