Physics Defied: Dutch Researchers Unveil "Complexes"—A Hybrid Material Combining Glass Strength with Plastic Flexibility

Researchers at Wageningen University in the Netherlands have shattered long-standing rules of material science by creating a hybrid class called "Complexes." This new material bridges the gap between the transparency and moldability of glass and the shatter-resistant flexibility of plastic. Led by Professor Jasper van der Gucht, the team developed a molecular structure that relies on "molecular magnets" (electrostatic charges) instead of rigid chemical bonds.

This breakthrough allows the material to be blown and reshaped like glass at high temperatures while remaining unbreakable upon impact. Most impressively, the material features self-healing capabilities; simple heat—even from a hair dryer—can fuse cracks back together. As the team works on bio-based, sustainable versions, "Complexes" could revolutionize industries from smartphone manufacturing to eco-friendly packaging, offering a future where materials are repaired rather than replaced.