Emergence: Ontological or Epistemological?

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In summary, the part-whole relation would work differently in an OPEN SYSTEM, a SEMI-CLOSED SYSTEM, and a CLOSED SYSTEM.
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ryokan
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Emergence is currently used in both reductionist or "anti"-reductionist senses, being ambiguous the current expression " the whole is more than the sum of parts".
It is clear the epistemological use of the term emergence. Entropy is an obvious example. A macroscopic description arises from a practical, statistical approach to study the behavior of a great number of particles.

But is it ever so? For example, in the case of a cell or the mind, does emergence reflects only a limitation of our knowledge or rather express an ontological change?
 
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Nobody knows whether there is ontological emergence in the case of the mind. The problem is how ontological emergence would be compatible with the causal closure of the world and the fact that the physical laws are never broken. Hence ontological emergence seems only possible when physics does not determine the higher levels of nature, the mind or perhaps the cell. A proposal for ontological emergence can be found in Gregg Rosenberg, A Place for Consciousness, chapter 14 which will be discussed in this forum soon. To understand this proposal you have to become familiar with Rosenberg’s theory of causality (chapter 9 and 12).
 
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ryokan said:
Emergence is currently used in both reductionist or "anti"-reductionist senses, being ambiguous the current expression " the whole is more than the sum of parts".
It is clear the epistemological use of the term emergence. Entropy is an obvious example. A macroscopic description arises from a practical, statistical approach to study the behavior of a great number of particles.

But is it ever so? For example, in the case of a cell or the mind, does emergence reflects only a limitation of our knowledge or rather express an ontological change?

Ok, let's leave the controversy aside for the moment. Begin by asking this unique question:

How would the PART-WHOLE Relations work or be maintained under the following metaphysically categorised conditions?:

1) OPEN SYSTEM - a state where intelligence and causal relations of any sort are presumably undetermined.

2) SEMI-CLOSED SYSTEM - where some form of intelligence and causal relations exist, but where the internal consistency of such intelligence or causal relations is wholly dependent upon the external consistency of events outside it.

3) CLOSED SYSTEM - a self-sufficient system where the intelligence and the internal relations of all its sustaining parts are wholly consistent and independent of events outside it.

I argue, that the 'Part-whole relation' would function differently under these three metaphysically categorised systems. And that if there is any solution at all to the current contraversy, it would lie under one of three systems. Or would it not?
 
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1. What is the definition of emergence?

Emergence refers to the phenomenon of complex systems or properties arising from the interaction of simpler components or entities. It can be seen as a process of self-organization, where the whole is more than the sum of its parts.

2. Is emergence an ontological or epistemological concept?

This is a debated topic among philosophers and scientists. Some argue that emergence is an ontological concept, meaning it is a fundamental aspect of reality. Others view it as an epistemological concept, meaning it is a way of understanding or explaining complex systems.

3. Can emergence be observed in nature?

Yes, examples of emergence can be found in various natural systems, such as ant colonies, ecosystems, and the human brain. These systems exhibit emergent properties that cannot be explained by simply looking at their individual components.

4. How does emergence relate to reductionism?

Emergence and reductionism are often seen as opposing views. Reductionism seeks to understand complex systems by breaking them down into their individual components, while emergence emphasizes the importance of studying the system as a whole. However, some argue that both reductionism and emergence are necessary for a complete understanding of complex phenomena.

5. Can emergence be studied scientifically?

Yes, emergence can be studied scientifically through various disciplines such as biology, physics, and complexity science. However, it is a complex and multifaceted concept, and there is still much debate and ongoing research surrounding it.

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