ProceedingsJennifer Seberry, Jennifer Sebeery Wallis, W. D. Wallis |
Contents
Two conjectures in the theory of self | 5 |
HUNT | 23 |
JENNIFER WALLIS | 61 |
Copyright | |
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2t+i A₁ A₂ abelian group adjacent algorithm Australia ABSTRACT automorphism group C₂ circulant matrices coloured column factorization combinatorial Combinatory Logic complete graph conference matrix conjecture is true construction contains corresponding coset graph customers cycle defining relations denote Department of Mathematics edges elementary operation elements equivalent example exists finite following first rows function Graph Theory group G Hadamard matrices Hall planes incidence matrix integer Ising model JENNIFER WALLIS lattice LEMMA Math matrix of order maximal sum-free set node non-isomorphic obtained one-factorizations pair path pay fortnight Phys points precisely once prime power problem PROOF result Room square isomorphic roster row factorization S+I S+I satisfying self-avoiding random walks semi-stable sequence shifts skew skew-Hadamard matrix solution squares of side standardized Room square strong starter subgraphs subgroup summand Suppose Sykes THEOREM translation plane transpose tree University of Newcastle vertex vertices W.D. WALLIS