Researchers at Rice University have created a novel 2D carbon substance that outperforms graphene in strength. Referred to as monolayer amorphous carbon (MAC), this substance is engineered to resist fractures and absorb increased energy prior to failure. Graphene, once deemed the most potent material, has played a crucial role in the development of new substances. Nevertheless, MAC’s distinct structure, which merges crystalline and disordered areas, enables it to endure higher pressures and impede crack growth. Its thin profile is beneficial for use in compact electronics. The introduction of MAC seeks to broaden the range of materials available, providing stronger, more slender alternatives in scenarios where brittleness poses a challenge. Fabricated in a manner akin to graphene, the production of MAC can be expanded for diverse industries, illustrating the potential of fusing various internal architectures to produce innovative materials.
