Conceptual Inventory

Part of the development of this consortium involves defining concepts used in members’ research. This is to provide researchers a map of the range of meanings used throughout interdisciplinary teams often working on similar topics with different methods. 

This catalog, or Conceptual Inventory, is a work-in-progress and we encourage multiple definitions of the same term, as well as additions. CASP members can submit a concept or a term that you would like the project leadership to consider defining and adding to the inventory. If there is a definition that you disagree with, please submit an alternative using either of the forms above.

An example of a concept entry in the inventory:

Function (Biological Role)

The manner in which an item or activity contributes to a complex activity or capacity of a biological system. (Note: a “complex activity” is the result of the way the parts and activities of a system are organized.) Compare to “Function (Activity).”

References
Wouters, A.G. (2003). “Four notions of biological function.” Studies in History and Philosophy of Biological and Biomedical Sciences 34:633–668.

Allied Concepts:
Function (Activity), Function (Biological Advantage), Function (Evolutionary), Teleology,

Topical Filter
Function and Teleology

Active Matter

Material systems composed of energy-consuming and force-generating parts whose collective activities can generate complex behaviors. Examples include cellular cytoskeletons and schools of fish.

References:

Needleman, D. and Z. Dogic (2017). “Active matter at the interface between materials science and cell biology.” Nature Reviews Materials 2:1–14.

Topical Filter:
Agency and Autonomy

Adaptation

The quality or state of being well-suited to a set of conditions; or, a phenotypic character that contributes to fitting an organism to a set of conditions; or, the process that results in organism

References:

Amundson, R. (1996). “Historical development of the concept of adaptation.” In M.R. Rose & G.V. Lauder (Eds.), Adaptation (pp. 11–54). New York: Academic Press.

Agency (Collective)

The capacity of two or more individuals to act together in pursuit of a shared aim, in particular, when achieving this aim requires coordinated action.

References:

Roth, A.S. (2017). "Shared agency.” In E.N. Zalta (Ed.), The Stanford Encyclopedia of Philosophy (Summer 2017 Edition).

Topical Filter:
Agency and Autonomy

Agency (General, or Minimal)

The capacity of a system to act on its own behalf: to initiate, sustain and terminate activities within an environment.

References:

Kauffman, S.A. (2000). Investigations. Oxford: Oxford University Press.

Topical Filter:
Agency and Autonomy

Agency (Intentional)

The capacity of a system to perform activities guided by intentional states (states that represent, or are directed upon, things and states of affairs beyond the system).

References:

O’Brien, L. (2022). “Intentional agency.” In L. Ferrero (Ed.), The Routledge Handbook of Philosophy of Agency (pp. 109–117). London: Routledge.

Topical Filter:
Agency and Autonomy

Agential Explanation

A form of explanation that involves reference to the goals (real or apparent) of agents. Here “agents” should be understood as entities exhibiting at least minimal agency.

References:

Okasha, S. (2018). Agents and goals in evolution. Oxford: Oxford University Press.

Autonomy

The relative independence of a system from environmental determination, usually involving an enhanced capacity for self-determination (producing its own parts, responding actively to perturbations,

References:

Moreno A, and M. Mossio (2015). Biological Autonomy: A Philosophical and Theoretical Inquiry. Dordrecht: Springer.

Allied Concepts:
Agency (General, or Minimal), Constraint, Organizational Closure, Robustness, Work-Constraint Cycle
Topical Filter:
Agency and Autonomy

Complexity

A system exhibiting some or all of the following properties: heterogeneity of parts, non-aggregativity or non-linear behavior, hierarchical organization, robustness, modularity, and adaptive or age

References:

Ladyman, J., Lambert, J. and K. Wiesner (2013). “What is a complex system?” European Journal for Philosophy of Science 3:33–67.