- #71
Fra
- 4,175
- 618
Hello Coldcall,
I think your requirement is fulfilled also by physical non-living systems.
The "sensors" of a physical systems in general are that it can respond to gravity, electromagnetic fields, strong and weak fields.
The information processing can be thought of as the internal equilibration processes. If you excite a system, internal reconfigurations can take place. All this can be be thought of as information processing and representations of memory.
It's just that of course biological life, and in particular the human brain is exceedingly more complex.
On brain level we have decisions and actions due to brain processing the sensory inputs, the actions often mean controlling muscles etc.
On particle leve we have the physical actions describing the responses of a small system to perturbation, this response can be thouhgt of as information processing. A given input, can via a rational action conjectures lead to a preferred output.
The notion of quantum superposition might (here I'm throwing in a yet unproved but conjectured feature of my own thinking) be possiblt to explain as a form of preferred representationa of a parially lossy compression of an uncertain input. Then the observers actions are evaluated so as to account for several possibilities at once.
After all, even an atom is an incredibly complex thing, if you think about it's component an not to mention it's significant mass. So physical systems are IMO certainly "complex enough" to qualify for the traits you mention.
But I certainly respect your position, I just don't see where in the complexity chain you draw the limit. I think in your view, you need to explain at what complexity level your version of information processing occurs.
No quantum physics experiment actually incorporates the human brain. It's not the observation of the scientists that is in question, it's the measurement device observing something. So no brains involved ?
/Fredrik
Coldcall said:Yes i am afraid i don't accept that one particle can "observe" another since it has no relatively complex information processing capabilities. So yes when i talk about observers i mean biological systems which have a) sensors to interpret the physical environment b) information processing ability.
I think your requirement is fulfilled also by physical non-living systems.
The "sensors" of a physical systems in general are that it can respond to gravity, electromagnetic fields, strong and weak fields.
The information processing can be thought of as the internal equilibration processes. If you excite a system, internal reconfigurations can take place. All this can be be thought of as information processing and representations of memory.
It's just that of course biological life, and in particular the human brain is exceedingly more complex.
On brain level we have decisions and actions due to brain processing the sensory inputs, the actions often mean controlling muscles etc.
On particle leve we have the physical actions describing the responses of a small system to perturbation, this response can be thouhgt of as information processing. A given input, can via a rational action conjectures lead to a preferred output.
The notion of quantum superposition might (here I'm throwing in a yet unproved but conjectured feature of my own thinking) be possiblt to explain as a form of preferred representationa of a parially lossy compression of an uncertain input. Then the observers actions are evaluated so as to account for several possibilities at once.
After all, even an atom is an incredibly complex thing, if you think about it's component an not to mention it's significant mass. So physical systems are IMO certainly "complex enough" to qualify for the traits you mention.
But I certainly respect your position, I just don't see where in the complexity chain you draw the limit. I think in your view, you need to explain at what complexity level your version of information processing occurs.
No quantum physics experiment actually incorporates the human brain. It's not the observation of the scientists that is in question, it's the measurement device observing something. So no brains involved ?
/Fredrik