Broad Patent Filings Threaten to Restrict Fungal Biomaterial Innovation
A systematic patent landscape analysis reveals that broad commercial claims over fungal mycelium composite materials may impede sustainable biotechnology development ...
A systematic patent landscape analysis reveals that broad commercial claims over fungal mycelium composite materials may impede sustainable biotechnology development ...
Researchers reinforced recycled polyethylene films using palm oil agro-industrial waste, finding that adding one weight percent cellulose nanofibrils increased impact ...
A deep learning framework predicts transverse stress evolution and Young's modulus in synthetic hemp fibers in under one second per ...
Researchers found that formulation-level validation is essential for reliably predicting the mechanical properties of multi-fiber hybrid epoxy composites using machine ...
Researchers developed and tested sustainable epoxy retrofit composites reinforced with chemically treated bamboo and banana fibers, demonstrating distinct trade-offs between ...
Under an expanded collaboration funded by up to $27 million, University of Tennessee researchers are partnering with the Army Research ...
A new CeO2-Fe2(SO4)3 composite catalyst maintains high NOx conversion efficiency even with significant potassium contamination, outperforming conventional materials that deactivate ...
Researchers have developed a flash Joule heating method that transforms discarded wind turbine blades into valuable silicon carbide and graphene ...
A composite photocatalyst combining copper-modified chlorophyll with graphitic carbon nitride achieved a 95 ± 2.5% degradation efficiency for tetracycline hydrochloride ...
A review in Advanced Composites and Hybrid Materials analyzes how structural and morphological modifications enhance layered double hydroxide composites for ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine