主题：【原创】量子生物学 I 摘要和前言 -- witten1

"在室温之下，在生物体内这样的一个复杂环境里，量子相干的维持的时间可达到1/1000纳秒，量子相干可比害羞的小姑娘还要害羞"

there is one indian guy living but without"food 4ever(?:)" as bbc reported once, he basically lives on 自然光場=非马尔可夫热库, just like a tree?

in qm communication, ustc did manipulated some kind of "频率环境" making it a 非马尔可夫热库, so their "s-cat"baby can move around with it, I remember reading it somethere.

My current "research" is kind of "penrose objective reduction" stuff, "pure" theorectical modelling, kind of qm related, and I hope to get some apps models out of it.

In general, for human race, it is hard to live on 自然光場=非马尔可夫热库, as efficient as a tree, but our "qm" kind of figured all these things out, though still "a work in progress", and it is a just start, many amazing apps will come out

ustc:

"制备出高纯度纠缠光子对，并将其中一个光子的偏振比特作为量子系统，其频率（或者说波长）作为环境，然后通过石英片的双折射效应把量子系统与环境耦合起来，实现量子系统在环境中的演化。他们创造性地在光路中加入特制的法布里-玻罗腔，通过改变法布里-玻罗腔的转动角度，利用另外一个光子辅助探测，观察到开放系统的动力学演化在马尔科夫过程和非马尔科夫过程之间的突变现象：即转动到某个角度，环境的马尔可夫性突然消失，变成非马尔可夫环境，而当继续转动到另一个角度时，环境的非马尔可夫性又突然消失，变成马尔可夫环境。从而实现了对环境（光子频率）的调控"