Greta wrote:I see it differently. The programming of our DNA and by our conditioning is reflected in both our unconscious behaviours and our conscious decision making.
Obvious Leo wrote:That's not what I'm talking about. DNA specifies only for the hardware components of our neural network and these hardware components naturally specify for the mechanisms of cognition. In a sense we can say that they define how we think but they can't and don't specify for what we think.
Obvious Leo wrote: In fact what we think is specified as much by our endocrine and immune systems as it is by our central nervous system. All of the various regulatory and control mechanisms needed for homeostasis in a complex organism need to be integrated in an electro-chemical process such as cognition. Which is why I'm still waiting for UA to explain to me how such a complex and dynamic biochemical process could be downloaded onto an inorganic substrate. The idea is frankly ludicrous.
Yet those processes are very much programmed - when events happen the systems call various subroutines.
I too used to think there was something special about the disgusting goo that we in truth are under the "pretty candy coating". Then I came across the idea that lifelike complexity
could conceivably be contained in an inorganic substrate because the flow of electricity can act as an alternative to water's free flow and reactivity.
I find it hard to imagine a civilisation far more advanced than us tolerating the limitations of biological wetware, especially in regard to space exploration. The idea of building AI from the ground seems unrealistic but I can imagines humans gradually replacing painful and poorly functioning biological parts with robust and painless synthetic ones until they become almost, or even entirely, inorganic entities.