关于DNA的“条形码”功能，或物理宇宙中的生命现象
On the "barcode" functionality of the DNA, or The phenomenon of Life in the physical Universe
摘要：
基因组中包含的信息不足以控制生物体的发育。因此，基因组的实际操作指令和工作方式的下落仍然模糊不清。在这项工作中，它是建议，基因组信息发挥了“条形码”的作用。DNA结构呈现一个带有分类标签的伪随机数（PRN），因此生物体由DNA表征，就像图书馆书籍由目录号表征一样。对DNA的“条形码”解释的确立暗示了物理宇宙的基础设施是生物信息处理的场所。由于DNA提供的伪随机数，生物物体可以以码分多址（CDMA）模式共享这些设施，类似于蜂窝电话通信。形象地说，物理宇宙中的生物对象群体可以被视为具有无线CDMA连接的互联网上的用户社区。生命现象作为一种集体的信息加工活动，与物理学关系不大，应当用工程设计的方法论来处理。DNA的“条形码”功能的概念以独特的生物信息控制操作方案对抗描述性科学理论。承认这一概念需要牺牲当代宇宙学的世界观。
英文摘要：
The information contained in the genome is insufficient for the control of organism development. Thus, the whereabouts of actual operational directives and workings of the genome remain obscure. In this work, it is suggested that the genome information plays a role of a "barcode". The DNA structure presents a pseudo-random number(PRN)with classification tags, so organisms are characterized by DNA as library books are characterized by catalogue numbers. Elaboration of the "barcode" interpretation of DNA implicates the infrastructure of the physical Universe as a seat of biological information processing. Thanks to the PRNs provided by DNA, biological objects can share these facilities in the Code Division Multiple Access (CDMA) mode, similarly to cellular phone communications. Figuratively speaking, populations of biological objects in the physical Universe can be seen as a community of users on the Internet with a wireless CDMA connection. The phenomenon of Life as a collective information processing activity has little to do with physics and is to be treated with the methodology of engineering design. The concept of the "barcode" functionality of DNA confronts the descriptive scientific doctrines with a unique operational scheme of biological information control. Recognition of this concept would require sacrificing the worldview of contemporary cosmology.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
