 To the contrary, Matthews &amp; Turkheimer (forthcoming) argue that the missing heritability problem is much more severe and prospective dissolutions are out of sight. Their analysis tracks the historical introduction of missing heritability by Maher, who commented on a broader challenge facing behavioral geneticists in the ongoing effort to explain, understand, and accurately predict the overwhelming complex relationships between genetic differences and complex behavioral differences, such as schizophrenia, depression, and intelligence. Matthews &amp; Turkheimer offer a tripartite characterization of the problem, which treats the numerical gap between traditional and SNP heritability as just one quantitative and independent leg of a multi-faceted problem. On their view, the remaining two legs of the problem regard prediction (the challenge of accurately predicting complex behavioral phenotype from molecular genotype) and mechanism (the challenge of elucidating meaningful causal-mechanical stories that link molecular genetic differences to complex behavioral differences). Although most behavioral geneticists, as well as Bourrat and Liu, focus their efforts on the numerical gap between alternative methods of estimating heritability, Matthews and Turkheimer emphasize the fact that resolving the statistical problem will not advance prediction nor explanation of the heritability of human behavior.