Missing links in nanomaterials research impacting productivity and perceptions

Area of Science:

• Materials Science
• Nanotechnology
• Science Policy

Background:

• Despite decades of progress, nanotechnology's real-world applications and commercial viability are limited.
• Public-facing applications of nanotechnology remain underutilized, hindering societal integration.

Purpose of the Study:

• To identify critical barriers impeding the translation of nanotechnology research from laboratory to market.
• To advocate for systemic reforms necessary for realizing nanotechnology's transformative potential.

Main Methods:

• This perspective piece analyzes existing challenges through a review of current scientific and industrial landscapes.
• It synthesizes common issues in regulatory frameworks, funding, and industry engagement.

Main Results:

• Key barriers include fragmented regulations, ambiguous safety guidelines, lack of harmonized standards, and insufficient engagement from leading tech industries.
• Nanotechnology lags behind other fields like AI and machine learning in societal integration due to these systemic limitations.

Conclusions:

• A unified, transparent, and science-driven global regulatory framework is essential for nanotechnology's success.
• Addressing funding utility, productivity perception, and foundational reforms is crucial to unlock nanotechnology's promise across sectors.