Difference between revisions of "Experience Spaces"

From Mathematical Consciousness Science Wiki
Jump to navigation Jump to search
(Created page with "Experience spaces represent conscious experience or consciousness mathematically. Every element thereof corresponds to one aspect of conscious experience, e.g. to...")
 
m (Johannes Kleiner moved page Experience spaces to Experience Spaces without leaving a redirect)
 
(6 intermediate revisions by the same user not shown)
Line 1: Line 1:
Experience spaces represent [[conscious experience]] or [[consciousness]] mathematically. Every element thereof corresponds to one [[aspect]] of conscious experience, e.g. to a property of it, or a first order property thereof, or a element thereof, etc. The mathematical structure of experience spaces represents the structure of conscious experience. The goal of the following page is to make this more precise.
+
{{note|This page has not yet reached minimally viable content. Please help improve the page and remove this note when appropriate.}}
 +
''Experience spaces'' are mathematical spaces which represent [[conscious experience]].  
 +
Every element of an experience space corresponds to a [[state of consciousness]] which describes the totality of impressions, feelings, etc. that make up conscious experience. The mathematical structure of experience spaces represents the structure of conscious experience. Sometimes, experience spaces only describe certain aspects of conscious experience, such as visual or auditory experiences.
  
== Which structural features of consciousness could be modelled? ==
+
== Examples ==
 +
 
 +
=== Experience spaces of IIT 3.x ===
 +
In [[IIT 3.x]], the following experience spaces are being used.<ref>Kleiner, Johannes, and Sean Tull. "The mathematical structure of integrated information theory." arXiv preprint arXiv:2002.07655 (2020).</ref>
 +
 
 +
=====Definition=====
 +
An experience space is a set <math>E</math> with
 +
* an \emph{intensity} function <math>||. || \colon E \to \R^+$</math>;
 +
* a \emph{distance} function <math>d \colon E \times E \to \mathbb{R}^+</math>;
 +
* a \emph{scalar multiplication} <math>\R^+ \times E \to E</math>, denoted <math>(r,e) \mapsto r \cdot e</math>, satisfying
 +
 
 +
<math>
 +
|| r || e ||= r \cdot || e || \qquad
 +
r \cdot (s \cdot e) = (rs) \cdot e \qquad
 +
1 \cdot e = e
 +
</math>
 +
 
 +
for all <math>e \in E</math> and <math>r, s \in \R^+</math>.
 +
 
 +
 
 +
According to IIT 3.x, every <math>e \in E</math> describes (or "is", according to the central identity) the complete experience of a system in a particular state. The intensity <math>|| e ||</math> specifies the level of consciousness of the system. Though not made explicit in any IIT 3.x paper, one could understand the distance as representing similarity between experiences, as e.g. the case in [[quality spaces]].
 +
 
 +
== List of structural features of conscious experience that should be modelled ==
 
* Similarity, e.g. using a metric
 
* Similarity, e.g. using a metric
* Intensity of experience (the level of consciousness, so to speak, as in [[IIT]])
+
* Intensity of experience (the level of consciousness, so to speak, as in [[IIT 3.x]])
 
* The compositional structure of conscious experience, including:
 
* The compositional structure of conscious experience, including:
* Inclusion: Whether aspects of experiences are included in other aspects
+
** Inclusion: Whether aspects of experiences are included in other aspects
* Composition: Whether an aspect of experience is composed of other aspects (the whole is equal to the sum, so to speak)
+
** Composition: Whether an aspect of experience is composed of other aspects (the whole is equal to the sum, so to speak)
* Precision<ref>E.g. as in Lee, "Modeling Mental Qualities"</ref>
+
* Precision<ref>Cf. Lee, Andrew Y. "Modeling Mental Qualities."</ref>
  
 
== Mathematical structure that has been proposed ==
 
== Mathematical structure that has been proposed ==
...
 
  
 
== Relation to [[qualia spaces]] and [[quality spaces]] ==
 
== Relation to [[qualia spaces]] and [[quality spaces]] ==
...
+
 
 +
== References ==
 +
</references>

Latest revision as of 15:08, 24 July 2022

 Note: This page has not yet reached minimally viable content. Please help improve the page and remove this note when appropriate.

Experience spaces are mathematical spaces which represent conscious experience. Every element of an experience space corresponds to a state of consciousness which describes the totality of impressions, feelings, etc. that make up conscious experience. The mathematical structure of experience spaces represents the structure of conscious experience. Sometimes, experience spaces only describe certain aspects of conscious experience, such as visual or auditory experiences.

Examples

Experience spaces of IIT 3.x

In IIT 3.x, the following experience spaces are being used.[1]

Definition

An experience space is a set with

  • an \emph{intensity} function ;
  • a \emph{distance} function ;
  • a \emph{scalar multiplication} , denoted , satisfying

for all and .


According to IIT 3.x, every describes (or "is", according to the central identity) the complete experience of a system in a particular state. The intensity specifies the level of consciousness of the system. Though not made explicit in any IIT 3.x paper, one could understand the distance as representing similarity between experiences, as e.g. the case in quality spaces.

List of structural features of conscious experience that should be modelled

  • Similarity, e.g. using a metric
  • Intensity of experience (the level of consciousness, so to speak, as in IIT 3.x)
  • The compositional structure of conscious experience, including:
    • Inclusion: Whether aspects of experiences are included in other aspects
    • Composition: Whether an aspect of experience is composed of other aspects (the whole is equal to the sum, so to speak)
  • Precision[2]

Mathematical structure that has been proposed

Relation to qualia spaces and quality spaces

References

</references>

  1. Kleiner, Johannes, and Sean Tull. "The mathematical structure of integrated information theory." arXiv preprint arXiv:2002.07655 (2020).
  2. Cf. Lee, Andrew Y. "Modeling Mental Qualities."