其实写也不难，但是为了保证质量还是等我搞定眼前的这点事情再说。
这点东西是objective of research，这段没什么实际内容给人看看也无关痛痒。
...the objective of this project is to develop an efficient， robust， adaptive， self-learning system by integrating neural mechanisms that govern dynamics at multiple spatial-temporal scales as learned from theoretical neuroscience...
顺便摘抄几句 more is different里面的段落，也是本书的指导思想：
A third insight is that the state of a really big system does not at all have to have the symmetry of the laws which govern it in fact， it usually has less symmetry the outstanding example of this is the crystal: built from a substrate of atoms and space according to laws which express the perfect homogeneity of spaces the crystal suddenly and un- predictably displays an entirely new and very beautiful symmetry the general rule， however， even in the case of the crystal， is that the large system is less symmetrical than the underlying structure would suggest: Symmetrical as it is， a crystal is less symmetrical than perfect homogeneity.
（对称性破缺第四卷会非常详细地讨论）
。。。
For another example， biology has certainly taken on a whole new aspect from the reduction of genetics to biochemistry and biophysics， which will have untold consequences. So it is not true， as a recent article would have it (7)， that we each should “cultivate our own valley， and not attempt to build roads over the mountain ranges ... between the sciences.“
（不同层次的学科应该应用不同的研究方法）
。。。