Introducing the Language of "Relativity" for New Scaffold Categorization

Area of Science:

• Scaffold Engineering
• Biomaterials Science
• Interdisciplinary Research

Background:

• Scaffold engineering integrates diverse fields: biomedicine, physics, manufacturing (e.g., 3D printing), chemistry, and architecture.
• Existing 'novelty' classifications for scaffolds are often imprecise, relying on dualistic comparisons (e.g., simple-complicated, traditional-novel).
• Disciplinary differences lead to varied interpretations of 'scaffold' among researchers.

Purpose of the Study:

• To address the ambiguity in scaffold classification and terminology.
• To introduce a more precise and persuasive framework for distinguishing scaffolds.
• To establish a 'relativistic' language for categorizing scaffolds based on their evolutionary stage.

Main Methods:

• Literature review of scaffold engineering research.
• Analysis of current methods for defining and comparing scaffolds.
• Conceptual development of a relativistic framework for scaffold categorization.

Main Results:

• Identified limitations of traditional 'novelty' metrics in scaffold research.
• Demonstrated the inadequacy of dualistic categorization for modern and future scaffolds.
• Proposed a relativistic language to enhance clarity and precision in scaffold description.

Conclusions:

• A relativistic approach offers a more accurate way to distinguish between different scaffolds.
• This framework clarifies the developmental and evolutionary stage of scaffolds.
• Adopting this language improves understanding and communication in the interdisciplinary field of scaffold engineering.