Eliminates five impostor kernels for unitary perfect numbers via three reproducible filters for seed exponents up to 10000 and computationally bounds the set H_even up to 50000 with explicit undecided lists, while reducing the remaining problem to cyclotomic divisors.
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Bounded-box reductions in the Subbarao-Warren problem for unitary perfect numbers
Eliminates five impostor kernels for unitary perfect numbers via three reproducible filters for seed exponents up to 10000 and computationally bounds the set H_even up to 50000 with explicit undecided lists, while reducing the remaining problem to cyclotomic divisors.