Non-trivial Time Flows in Anticipation and Action Revealed by Recent Advances in Natural Science, Framed in the Causality Network of Differential Ontology

The article reports some far-reaching results from Chris Illert's research in conchology. Illert discovered that growth of all sea shells follow a universal algorithm. This discovery presupposed a lifting from Euclidean space to a 6D iso-Euclidean space executed by means of hadronic mechanics and the corresponding new mathematics initiated by Santilli. Illert also found that growth of branching sea shells required the existence of non-trivial categories of time with information jumping forward in conventional time, as well as backward from there; this last time category implying the existence of isodual spacetime connected to the antimatter 'universe'. Some other recent advances in theoretical and experimental science with radical implications for the comprehension of time are also reported. These findings are then approached from the differential ontology and causality nexus of our own philosophical informatics, with the aim of comprehending more complex anticipatory systems as integrating more complex 'objective' non-trivial time flows with 'subjective' time flows from the organism's modelling faculty.