Codes across (life)sciences

Area of Science:

• Transdisciplinary research spanning mathematics, computer science, psychology, culture, and biology.
• Focus on the diverse meanings and formalizations of 'code' across scientific disciplines.

Background:

• The term 'code' has varied interpretations, from formal systems in science to more ambiguous uses in social sciences and humanities.
• A growing number of biological codes are central to debates on evolution, biocomplexity, and agency.

Purpose of the Study:

• To provide a cross-sectional overview of code research across various disciplines.
• To identify commonalities in code research that could lead to a unified theory of life-based-on-codes.

Main Methods:

• A transdisciplinary group of scientists synthesized current research on codes.
• Analysis of how codes underpin cellular processes, perception, cognition, communication, and behavior.

Main Results:

• Codes are foundational to cellular functions, perception, cognition, and communication.
• Codes influence group behavior, learning, cultural practices, and individual experience, including emotions and inherited behaviors.
• Future integration of biological and artificial intelligence codes may drive transhumanism.

Conclusions:

• Codes act as a universal 'currency converter' between different life systems and scientific disciplines.
• Recognizing the pervasive role of codes offers a new perspective on life, consciousness, and future technological advancements.