Danish mycelium company Rebound and Det Levende Hus have developed a prototype interior door with a core grown from cultivated fungi, framed in reclaimed timber.

Too long to read? Go for the highlights below. Researchers have reimagined the traditional South Asian jaali screen using mycelium-based composites, creating a bio-based façade system called the bio-jaali. Dynamic building energy simulations for New Delhi show the bio-jaali can reduce peak indoor temperatures by up to 14.8°C and cut annual cooling energy demand by more than 50%. The material absorbs up to 17.2% of its weight in moisture while remaining dimensionally stable, e

Researchers at the University of Bath tested 18 fungal strains to create mycelium-based insulation, finding all achieved thermal conductivity below 0.1 W/m·K; the threshold for effective insulation

Montana State University researchers developed biomineralised building materials using fungal mycelium scaffolds that maintain microbial viability for at least four weeks at elevated temperatures

In a timber structure on the outskirts of Tallinn, fungi are once again demonstrating their potential to reshape how buildings are insulated. The PAKK Pavilion, a collaboration between materials company Myceen and EKA PAKK , the timber research centre at the Estonian Academy of Arts, is putting mycelium-based insulation to the test in real-world conditions. Credits: Myceen A Natural Solution to Industrial Waste Mycelium, the thread-like root system of fungi, has long intrigu