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 Multiple stacking layers (known as heterostructures) of 2D materials create highly efficient optoelectronic devices with ultrafast charge, which can be used in nano circuits and are stronger than those used in conventional circuits. Different 2D materials have been used to create a variety of heterogeneous structures and stacking different combinations of 2D materials to produce new materials with new properties. Dr Wilson, of the University of Warwick's Department of physics, has developed a new technique to measure the electrical properties of the stack in the first place, helping researchers build the best structure to achieve the fastest and most efficient energy transfer.