Now， what is really important is actually the shape of these interactions， shape that we can decode as a network． And this network in particular is called fractal， which is an optimal network， maximizing the communication between individuals with the minimum energy． So when individual BIRDS fly and for example they land into a tree， they aggregate， but also when they fly， they interact with each in order to maximize these interactions which we can generally call love bonds． Because everybody is actually increasing their mutual fitness． They can actually integrate as a network．
至关重要的是这些相互作用的形态，我们可以将其解码成一个网络。我们称这个网络为“分形网络”，即以最少能量最大化实现个体间沟通的最优网络。因此，当个别鸟类飞到一棵树上时，它们会聚集在一起。当它们飞行时，也会聚集，以最大化进行互动，我们称之为“爱的纽带”。因为每个个体实际上都在增进彼此的相互适应性，整体可以聚集成一个网络。
Network that can also be invisible． For example these bacteria in the ocean， they are very important． And the maintenance of their interactions is fundamental．For example， identifying areas that are healthy and areas that are unhealthy． In unhealthy oceans， we have large algal blooms． We have fish kills． We have large deaths of corals． And this is really related to the shape of the interactions primarily driven by bacteria，
bacteria that are also extremely important for sequestering carbon down into the ocean．
这个网络也可以是隐形的。例如，海洋中的这些细菌，维持它们之间的相互作用至关重要，因为它们能帮助我们分辨健康的区域和不健康的区域。在不健康的海洋里，有赤潮、大量死鱼和死亡的珊瑚。这都和由这种细菌驱动的相互作用形态密切相关。对于海底碳封存来说，这些细菌也尤为重要。