引子  大而无外，小而无内    界通衡应法    一念得用时

 勤劳   节俭    认真   负责  

按：分异界通     俱往风流   今朝人物

The holographic bionic simulation theory refers to a method that utilizes holographic technology to simulate biological systems or processes. Holographic technology is capable of recording and reproducing the three-dimensional information of objects, while bionics studies the structure, function, and behavior of organisms in order to find applications in engineering technology. Combining the two can create more realistic and intricate simulation models, which aid in our understanding and research of biological systems. In scientific research or engineering practice, we often need to define the scope of things and clarify their boundary conditions. The terms "critical" and "cross-boundary" involve the abrupt changes or transitions that occur when a system or phenomenon reaches a certain threshold, as well as the exchange and integration across different fields or boundaries. Additionally, it involves understanding and respecting the inherent essence and authenticity of individuals or systems, as well as empathizing with the emotions and perspectives of others. This is a manifestation of humanistic care and social responsibility, contributing to the harmonious coexistence between people, and between people and nature. The existence of balance and coordination between different levels or gradients within a system, as well as the channels for information or energy transfer between these levels, is crucial for system stability and functional realization. Details are crucial to the overall picture, and space serves as a medium for connecting different elements or systems. This connectivity facilitates the flow of information and the sharing of resources, as well as breaking down disciplinary barriers and promoting interdisciplinary communication and collaboration.