生物系统中的相干和非相干光子通信
Coherent and Noncoherent Photonic Communications in Biological Systems
摘要：
研究了远距离生物系统之间通过光学和紫外光子进行通信的可能机制。有人认为，它们的主要生产机制是由于生化反应，发生在细胞分裂。在所提出的模型中，生物系统执行这样的通信，以短周期脉冲的形式辐射光子，这在实验中观察到鱼和青蛙卵1。对于实验测量的光子速率，通信算法被认为类似于计算机网络中通过光信道交换二进制编码数据
英文摘要：
The possible mechanisms of communications between distant bio-systems by means of optical and UV photons are studied. It is argued that their main production mechanism is owed to the biochemical reactions, occurring during the cell division.. In the proposed model the bio-systems perform such communications, radiating the photons in form of short periodic bursts, which were observed experimentally for fish and frog eggs1. For experimentally measured photon rates the communication algorithm is supposedly similar to the exchange of binary encoded data in computer net via optical channels
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