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第85行： − 自我复制的生物学是自我参照的，正如 DNA 和 RNA 复制机制所体现的那样。在 Conway 的《生命的游戏》中发现了自我复制的模型，这些模型启发了工程系统，比如自我复制的3 d 打印机 RepRap。+ − −
→In biology
<font color='ff8800'>塔珀的自指公式</font>是一种数学上的奇思妙想，它用自己的公式描绘出一幅图像。
<font color='ff8800'>塔珀的自指公式</font>是一种数学上的奇思妙想，它用自己的公式描绘出一幅图像。
== In biology ==
== In biology 生物学==
The biology of [[self-replication]] is self-referential, as embodied by [[DNA]] and [[RNA]] replication mechanisms. Models of self-replication are found in [[Conway's Game of Life]] and have inspired engineering systems such as the self-replicating 3D printer [[RepRap]] .
The biology of [[self-replication]] is self-referential, as embodied by [[DNA]] and [[RNA]] replication mechanisms. Models of self-replication are found in [[Conway's Game of Life]] and have inspired engineering systems such as the self-replicating 3D printer [[RepRap]] .
The biology of self-replication is self-referential, as embodied by DNA and RNA replication mechanisms. Models of self-replication are found in Conway's Game of Life and have inspired engineering systems such as the self-replicating 3D printer RepRap .
The biology of self-replication is self-referential, as embodied by DNA and RNA replication mechanisms. Models of self-replication are found in Conway's Game of Life and have inspired engineering systems such as the self-replicating 3D printer RepRap .
自我复制的生物学是<font color="#ff8000"> 自指</font>的，正如 DNA 和 RNA 复制机制所体现的那样。在《康威的生命游戏》中发现了自我复制的模型，这些模型启发了工程系统，比如自我复制的3D打印机 RepRap。
== In art ==
== In art ==