"Gravity is fractally dual" is an assertion waaay above my pay grade. That said, I'll just slide this little morsel in here.
In the 1960s, in an attempt to understand quantum gravity, physicist Roger Penrose proposed such a radical alternative. In Penrose's twistor theory, geometric points are replaced by twistors—entities that most closely resemble stretched, light ray-like shapes. Within this twistor space, Penrose discovered a highly efficient way to represent fields that travel at the speed of light, such as electromagnetic and gravitational fields. Reality, however, is composed of more than fields—any theory needs also to account for the interactions between fields, such as the electric force between charges, or, in the more complicated case of General Relativity, gravitational attraction resulting from the energy of the field itself. However, including the interactions of General Relativity into this picture has proven a formidable task. So can we express in twistor language a full-fledged quantum gravitational theory, perhaps simpler than General Relativity, but with both fields and interactions fully taken into account? Yes, according to Neiman."Things are interesting (life, consciousness, whatever) when the dynamic nature and static nature come to an agreement with each other." RNA is the embodied information that sets causal boundary conditions I got excited last year when it struck me Jordan B. Peterson gish gallop style that interference with any machinery setting causal boundaries for the quantum information flow that makes me interesting is strictly out of bounds.