While the basic implementation of the FR CRNR here does not specifically consider stereochemistry, if the FR plays a role in the organic complexification of meteoritic organics, there may be nodes in the network which could amplify stereochemistry and make it more coherent over time. The raw CRNR does not constrain stereochemistry, which, depending on model implementation, could amplify or dampen enantiomeric excesses (Figure ). Opportunities for stereochemical enrichment are widely distributed in the CRNR. To our knowledge, enantiomeric enrichment has not yet been investigated experimentally in the FR., and there may be an excellent opportunity to understand how small-scale causes create large scale effects. Many studies assume FR products are essentially racemic (e.g., ). However, studies of meteoritic carbohydrates suggest there is an increasing stereochemical concordance among detected polyols which increases with increasing MW . A similar phenomenon has been reported with respect to non-racemizable amino acids (e.g., ), suggesting network effects exist which enhance coherent stereochemistry in meteoritic organic chemistry . Why these observed stereochemical coherences seem to steer in the same direction as the terrestrial stereochemical bias remains to be vigorously explained. As can be seen in Figure , and as would be expected, as molecular products become larger as a function of generation time, the potential for the numerosity of stereoisomers increases. It can reasonably be assumed that early steering and kinetic feedbacks which selectively amplify certain stereoisomers could significantly influence the stereochemistry of higher MW species .