Scientists have discovered a molecular reprogramming method that unlocks new properties in glass.

What it means

Scientists have developed a chemical method to reprogram the internal molecular structure of glass using a small molecule that rearranges chemical bonds. This allows the glass to exhibit new properties—such as altered hardness, flexibility, or optical behavior—without changing its base composition. The method is based on a reversible aza-Michael reaction that can be triggered after the glass is already formed, enabling post-fabrication tuning of material characteristics.

Accuracy & sourcesGrounded

The claim is reported by Science Daily, a reputable secondary source, based on a peer-reviewed study published in Advanced Functional Materials (Wiley). The reporting closely mirrors the paper's findings, which describe a concrete chemical mechanism and experimental results. The primary source is the journal article, so the claim is well-grounded in original research.

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