Saturation of Rota's basis conjecture
Damir Yeliussizov

TL;DR
This paper proves an asymptotic version of Rota's basis conjecture using advanced tensor rank techniques, connecting combinatorics with geometric invariant theory.
Contribution
It introduces an asymptotic saturation approach to Rota's basis conjecture leveraging Tao's slice rank and unstable tensors.
Findings
Established an asymptotic saturation form of Rota's basis conjecture
Connected tensor rank methods with combinatorial basis problems
Provided new insights into the geometric invariant theory approach
Abstract
We prove an asymptotic saturation-type version of Rota's basis conjecture. It relies on the connection of Tao's slice rank with unstable tensors from geometric invariant theory.
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Taxonomy
TopicsTensor decomposition and applications · Polynomial and algebraic computation · Matrix Theory and Algorithms
