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Existence of minimal models and Mori fibre spaces for projective log canonical pairs, in generalized-pair form

Theorem 1.1: for a projective generalized lc Q\mathbb Q-pair (X,B+M)(X,B+M) over an algebraically closed field of characteristic zero there is a birational map X⇢YX\dashrightarrow Y extracting no divisors, with (Y,BY+MY)(Y,B_Y+M_Y) generalized lc and log discrepancies not decreasing (strictly on contracted divisors), such that KY+BY+MYK_Y+B_Y+M_Y is nef if KX+B+MK_X+B+M is pseudo-effective, and otherwise YY has a Mori fibre space structure with relative Picard number one. With M=0M=0 this gives the ordinary lc case. Companion: smooth projective varieties with κσ(KX)=1\kappa_\sigma(K_X)=1 have Q\mathbb Q-factorial terminal minimal models. Not shown: termination of arbitrary flip sequences, real coefficients, abundance (claimed in a separate release paper), or Q-factorial models in general.

Exact FrontierDelta

Prior state unknown→proved

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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: Existence of minimal models and Mori fibre spaces for projective log canonical pairs, in generalized-pair form · Minimal model existence for lc pairs

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Registry verification: unreviewed · announcement · candidate

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Unreleased internal OpenAI model
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Input manuscript: Log abundance in characteristic zero evidence for this event

This event attributed to Unreleased internal OpenAI model

VibeMathed record: Existence of minimal models and Mori fibre spaces for projective log canonical pairs, in generalized-pair form evidence for this event

Companion manuscript: Minimal models in numerical dimension one evidence for this event

Existence of minimal models and Mori fibre spaces for projective log canonical pairs, in generalized-pair form parent of this event

Theorem 1.1: for a projective generalized lc Q\mathbb Q-pair (X,B+M)(X,B+M) over an algebraically closed field of characteristic zero there is a birational map X⇢YX\dashrightarrow Y extracting no divisors, with (Y,BY+MY)(Y,B_Y+M_Y) generalized lc and log discrepancies not decreasing (strictly on contracted divisors), such that KY+BY+MYK_Y+B_Y+M_Y is nef if KX+B+MK_X+B+M is pseudo-effective, and otherwise YY has a Mori fibre space structure with relative Picard number one. With M=0M=0 this gives the ordinary lc case. Companion: smooth projective varieties with κσ(KX)=1\kappa_\sigma(K_X)=1 have Q\mathbb Q-factorial terminal minimal models. Not shown: termination of arbitrary flip sequences, real coefficients, abundance (claimed in a separate release paper), or Q-factorial models in general. parent of this event

Input manuscript: Minimal models and Mori fibre spaces for generalized log canonical Q-pairs evidence for this event

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