大多数人认为复杂的设计任务需要更多的提示和人工干预，但作者声称他们的AI工具能用更少的提示完成更复杂的设计。这一观点挑战了人们对AI设计工具复杂度与输入量关系的普遍认知，暗示AI可能在某些方面比人类更擅长处理复杂性。

通常认为硬件定制化是提高性能的途径，但作者强调通过软硬件协同设计可以大幅提升效率和性能，这与单纯硬件升级的观点相悖。

In his section on "Arrangement of File", C. Wright Mills describes some of the evolution of his "file". Knowing that the form and function of one's notes may change over time (Luhmann's certainly changed over time too, a fact which is underlined by his having created a separate ZK II) one should take some comfort and solace that theirs certainly will as well.

The system designer might also consider the variety of shapes and forms to potentially create a better long term design of their (or others') system(s) for their ultimate needs and use cases. How can one avoid constant change, constant rearrangement, which takes work? How can one minimize the amount of work that goes into creating their system?

The individual knowledge worker or researcher should have some idea about the various user interfaces and potential arrangements that are available to them before choosing a tool or system for maintaining their work. What are the affordances they might be looking for? What will minimize their overall work, particularly on a lifetime project?

Streamlining one's entire workflow from start to finish can unleash tremendous amounts of additional system-wide productivity. Starting out by tinkering with small things here and there is more likely to doom these smaller individual changes to failure with out associated global changes.

Once the overall system has been redesigned and reconfigured, then one can make and perfect smaller scale local changes.

Link this to the idea of kelp and sailing/rowing from The West Wing.