Gunji Y P, Ito K, Kusunoki Y
Department of Earth and Planetary Sciences, Faculty of Science, Graduate School of Science and Technology, Kobe University, Japan.
Biosystems. 1998 Apr;46(1-2):175-83. doi: 10.1016/s0303-2647(97)00096-8.
Endophysics ultimately deduces an indefinite interface between an object and an observer. Objects, given such an interface, cannot be distinguished from the measurement process used to identify them. Evolutionary processes comprising of emergent properties and adaptability are seen in a new light. The concept of indefiniteness and/or paradox appears on the surface to be based on the epistemological framework of the Cartesian cut. However, perpetual processes consisting of generation and resolution of paradoxes are beyond the epistemological framework of measurement. They lead to the notion of progression, which one can refer to as ontological (or inherent) measurement.
内物理学最终推断出物体与观察者之间存在一个不确定的界面。给定这样一个界面，物体就无法与用于识别它们的测量过程区分开来。包含涌现性质和适应性的进化过程有了新的认识。不确定性和/或悖论的概念表面上似乎基于笛卡尔划分的认识论框架。然而，由悖论的产生和解决所构成的永恒过程超出了测量的认识论框架。它们引出了进步的概念，人们可以将其称为本体论（或内在）测量。
