Take a look at our recent research to see what we’ve been working on
Matter: “Durable, high-strength carbon-negative enzymatic structural materials via a capillary suspension technique”
Our March 2026 article published in the high-impact factor journal Matter (5-year IF=19.2) from Cell Press demonstrates that our material has been subject to robust scrutiny and evaluation from expert materials science researchers – and was approved.
Wang et al., Durable, high-strength carbon-negative enzymatic structural materials via a capillary suspension technique, Matter (2025), https://doi.org/10.1016/j.matt.2025.102564