Rationality of the Gaitsgory-Lafforgue-Raskin canonical Arthur filtration
Under the stated characteristic assumptions, the canonical Arthur filtration on finitely supported unramified automorphic functions is defined over , for split connected semisimple , including the noncuspidal part and every closed invariant nilpotent support. Using the companion decomposition at trivial level, each cuspidal filtration step is identified with the scalar extension of the corresponding rational summands (the common-scope form of GLR Conjectures 3.4.9 and 3.4.11). It does not treat small characteristic or nonsplit groups.
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Occurred: Sep 24, 2026
Delta type: SOURCE CLAIM
Assumptions: VibeMathed verification: unreviewed. Publication: announcement. AI contribution: ai-discovered. VibeMathed editorial classifications, scores, notes, relations, and dataset structure are CC BY 4.0. Source statements and linked content retain their own rights.
Canonical aliases: Rationality of the Gaitsgory-Lafforgue-Raskin canonical Arthur filtration · Rationality of the canonical Arthur filtration
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Registry verification: unreviewed · announcement · partial
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Rationality of the Gaitsgory-Lafforgue-Raskin canonical Arthur filtration parent of this event
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VibeMathed record: Rationality of the Gaitsgory-Lafforgue-Raskin canonical Arthur filtration evidence for this event
Rationality of the Gaitsgory-Lafforgue-Raskin canonical Arthur filtration evidence for this event
Under the stated characteristic assumptions, the canonical Arthur filtration on finitely supported unramified automorphic functions is defined over , for split connected semisimple , including the noncuspidal part and every closed invariant nilpotent support. Using the companion decomposition at trivial level, each cuspidal filtration step is identified with the scalar extension of the corresponding rational summands (the common-scope form of GLR Conjectures 3.4.9 and 3.4.11). It does not treat small characteristic or nonsplit groups. parent of this event
Companion: Ramanujan-Arthur Decompositions of Cuspidal Functions at Full Finite Level evidence for this event
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