e.g., see this passage quoted below.
Besides that, if panpsychism was true then would not you expect that the lowest forms of animals with brains could share very similar abilities of material consciousness and experiential consciousness as do humans b/c they all have practically the same hardware (neurons, nerves, connectivity, etc.)? However, we already know that few animals are even self-aware (e.g., few are able recognize themselves and ID their own agency) let alone having EC.
panpsychism supporters should start by experimentally making the above case before going to untestable near supernatural theories of quantum/atomic sources, etc..
Why are you so convinced that qualia consciousness must arise from things like quantum effects instead of simply being a macro-scale phenomenon w/o requiring the quantum effects to do its cool stuff?
There is nothing about panpsychism continuity or some kind of universal qualia that precludes machine implemented emergent AI conscious agents. If anything, they could be more in touch with the quantum continuum via things like q-bits, quantum wells, single particle systems, etc.
Anyhow, the panpsychism continuity concept seems unworthy of serious consideration b/c for it to matter the continuum chain would have to transmit a continuum of meaning, which I posit is impossible to preserve between dimensions and even between orders of magnitude in scale. For example, Peirce’s synechism concept fails in the simplest of examples like the party game where you get many people (say 10) side by side and have one at one end tell a message to their adjacent, and each repeats the same message to the next. The meaning of the message always is altered, even if subtlely, by the time it is repeated at the other end. Thus, it fails even in that ideal case, of nearly identical cognitive agents speaking the same language living in the same culture. So, we should have almost zero confidence in any kind of meaning existing in subparticles, in far remote locations, being able to communicate their meaning through quantum mechanical random fluctuations to neurons that communicate that as the same meaning to the conscious agent.
Bishop quote:
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That this result leads to panpsychism is
clear as, equating FSA Q(I) to a specific computational
system that is claimed to instantiate phenomenal states as it
executes, and following Putnam’s procedure, identical
computational (and ex hypothesi phenomenal) states can be
found in every open physical system.
Formally DwP is a simple reductio ad absurdum argument
that endeavours to demonstrate that:
– IF the assumed claim is true: that an appropriately
programmed computer really does instantiate genuine
phenomenal states
– THEN panpsychism holds
– However, against the backdrop of our immense
scientific knowledge of the closed physical world,
and the corresponding widespread desire to explain
everything ultimately in physical terms, panpsychism
has come to seem an implausible view...
– HENCE we should reject the assumed claim.
The route-map for this endeavour is as follows: in the
next section I introduce discrete state machines (DSMs)
and FSAs and show how, with input to them defined, their
behaviour can be described by a simple un-branching
sequence of state transitions. I subsequently review Putnam’s
1988 argument [52] that purports to show how every
open physical system implements every input-less FSA.
Then I apply Putnam’s construction to one execution trace
of any FSA with known input, such that if the FSA instantiates
genuine phenomenal states as it executes, then so
must any open physical system. Finally I apply the procedure
to a robotic system that is claimed to instantiate
machine consciousness purely in virtue of its execution of
an appropriate program. The article is completed by a brief
discussion of some objections to the DwP reductio and
concludes by suggesting, at least with respect to ‘hard’
problems, that it may be necessary to develop an alternative
metaphor for cognition to that of computation.