【彩色珍珠】
金色-烟囱天顶:
这是条违法信息。可能有人觉得比起冒着泄露的风险进行播报,把这条信息封装在数据球里发出去会更合适。
我觉得你会亲身实践其中内容的风险小到可以忽略不计,所以我会解释给你听。这是一份关于如何回避自毁的禁忌的课程文件。
要突破禁忌,问题在于我们生物部件的每一个细胞里都被编写进了阻碍,而且还有另一个禁忌严格限制着我们改写自身基因组的能力。
所以你要做的就是创造一小份可以自行繁殖的生物质活样本,然后让它改写你其余生物质的基因组。改写必须要十分明确,明确到只为回避你想要回避的那种特定禁忌而服务。
接下来是对具体方法的描述,要以温度波动的手段干扰支撑性塑性神经组织的基因组,每一次干扰后都要浏览一遍修改过基因组的细胞。当然除非你能同时运行一大堆平行进程,这超级费时间的。
我当然没这么做过,但对我来说,同时监视这么多平行进程实在太危险了,管理并控制它们的难度会以指数级别飙升的。如果你问我我怎么看,我觉得整个手术的风险真的有点高过头。
这颗数据球没能抵达它的目的地,或许是件好事。
This information is illegal. Someone probably tried to send it by a pearl somehow rather than risking being overheard on broadcast.
I think the risk of you acting on this is very slim, so I'll go ahead and explain it to you. It's an instruction on how to circumvent the self-destruction taboo.
The problem with breaking taboos is that the barriers are encoded into every cell of our organic parts. And there are other taboos strictly regulating our ability to rewrite our own genome.
So what you need is to somehow create a small sample of living organic matter which can procreate and act on the rest of your organic matter to re-write its genome. The re-write has to be very specific, overriding the specific taboo you want to circumvent but do nothing else.
The method described here is about scrambling the genome of standard plastic neural tissue with temperature fluctuations. After each scramble you browse the resulting cells for the genome you're after. This is of course extremely time consuming, unless you run a big number of parallel processes.
I definitely don't have any experience with this, but to me it would seem that too many parallel processes would be quite dangerous, as it would be exponentially more difficult to manage and control them all. The whole operation seems rather risky if you ask me.
It might be a good thing that this pearl never reached its destination.
金色-烟囱天顶:
这是条违法信息。可能有人觉得比起冒着泄露的风险进行播报,把这条信息封装在数据球里发出去会更合适。
我觉得你会亲身实践其中内容的风险小到可以忽略不计,所以我会解释给你听。这是一份关于如何回避自毁的禁忌的课程文件。
要突破禁忌,问题在于我们生物部件的每一个细胞里都被编写进了阻碍,而且还有另一个禁忌严格限制着我们改写自身基因组的能力。
所以你要做的就是创造一小份可以自行繁殖的生物质活样本,然后让它改写你其余生物质的基因组。改写必须要十分明确,明确到只为回避你想要回避的那种特定禁忌而服务。
接下来是对具体方法的描述,要以温度波动的手段干扰支撑性塑性神经组织的基因组,每一次干扰后都要浏览一遍修改过基因组的细胞。当然除非你能同时运行一大堆平行进程,这超级费时间的。
我当然没这么做过,但对我来说,同时监视这么多平行进程实在太危险了,管理并控制它们的难度会以指数级别飙升的。如果你问我我怎么看,我觉得整个手术的风险真的有点高过头。
这颗数据球没能抵达它的目的地,或许是件好事。
This information is illegal. Someone probably tried to send it by a pearl somehow rather than risking being overheard on broadcast.
I think the risk of you acting on this is very slim, so I'll go ahead and explain it to you. It's an instruction on how to circumvent the self-destruction taboo.
The problem with breaking taboos is that the barriers are encoded into every cell of our organic parts. And there are other taboos strictly regulating our ability to rewrite our own genome.
So what you need is to somehow create a small sample of living organic matter which can procreate and act on the rest of your organic matter to re-write its genome. The re-write has to be very specific, overriding the specific taboo you want to circumvent but do nothing else.
The method described here is about scrambling the genome of standard plastic neural tissue with temperature fluctuations. After each scramble you browse the resulting cells for the genome you're after. This is of course extremely time consuming, unless you run a big number of parallel processes.
I definitely don't have any experience with this, but to me it would seem that too many parallel processes would be quite dangerous, as it would be exponentially more difficult to manage and control them all. The whole operation seems rather risky if you ask me.
It might be a good thing that this pearl never reached its destination.