Minimizing Entropy and Complexity in Creative Production from Emergent Pragmatics to Action Semantics

Area of Science:

• Industrial production
• Natural science
• Organizational behavior

Background:

• Creative production is often more expensive and time-consuming than standardized production.
• Scaling up creative production faces hurdles due to high costs and lengthy durations.
• Original characteristics define creative products, posing unique manufacturing challenges.

Purpose of the Study:

• To reframe intractable industrial challenges in creative production using natural science principles.
• To analyze the interplay between entropy and complexity in creative production.
• To connect industrial practices with natural science theories like assembly theory.

Main Methods:

• Framing creative production through the lens of entropy and complexity interactions.
• Analyzing the progression from emergent pragmatics to action semantics.
• Relating creative production practices to organizational survival in dynamic environments.
• Drawing parallels with assembly theory and its constructs, such as the assembly index.

Main Results:

• Interactions between entropy and complexity are identified as underlying causes of challenges in creative production.
• Established creative production practices are linked to organizational survival strategies.
• Assembly theory provides a natural science framework for understanding complex object generation, applicable to industrial contexts.
• The concept of assembly index highlights commonalities between industrial assembly and natural science assembly.

Conclusions:

• Understanding entropy and complexity interactions is crucial for addressing challenges in creative production.
• Natural science frameworks, particularly assembly theory, offer valuable insights into industrial production and organizational resilience.
• Applying natural science perspectives can lead to innovative solutions for the financial and temporal hurdles in creative manufacturing.