Gravitropy is the study of Gravitropic Topologies, which are abstract incentive structures emerging from forces beyond the mechanical particle barriers N2 and P2. In game theoretic terminology, Gravitropic Phenomena represent the driving factors for players and environments on the basis of gravity and entropy along any given dimension. There are generally two major challenges for mechanism designers in order to understand gravitropic topoligies. One, identifiy the gravitropic dimensions within a system. And two, identify how the gravitropic forces affect one another long those dimensions.
Dimensions
Gravitropic dimensions describe any path along which any behaviour may be expressed. Any given gravitropic topology may contain multiple dimensions which affect one another based on their respective interfaces, power dynamics and correlation thereof. Gravitropic dimensions may as well be of the same kind, but guided by different gravitational currents. For instance, multiple dimensions of power may exist within coordination games and social systems, simply because of the various desires expressed by many different individuals.
Forces
Gravitropic forces are described as gravitational centers and entropic edges. Every gravitropic dimension has potentially multiple centers, and every center has potentially multiple edges. All of those points are energetically dense areas. Gravitational centers pull everthing in, while entropic edges try to reach everything around them far and wide. Any given gravitropic force may affect any given system at large, depending on the involved energy levels and relative proximity that those forces have on one another. Given the entropic dissipation of any given dimension, behaviour is always expressed by transfering energy from gravitational centers towards their own associated entropic edges. Those entropic edges represent the gravitational interfaces between dimensions and their respective forces. At those points of contact any related behaviour may be manipulated to the extend that any given energetic balance is either reached or lost. The balance reached between gravitropic forces is described by equilibria, where relative stability may be reached. The balance lost between gravitropic forces is described by thresholds, where relative instability may be caused.