Recently, pristine graphene came back under the spotlight after breakthrough studies on twisted bilayer graphene (TBG) in 2018. It has been shown that two graphene layers twisted by a "magic angle" of around 1.1 • can exhibit superconductivity or insulating behavior. These studies, together with the earlier studies on single-layer graphene on hBN substrates, show that superlattices created from the Moiré effect can intensely control the electronic properties of the heterostructures. The Moiré effect can be caused by twisting angles, as in the case of TBG, or a lattice mismatch, as in the case of graphene on hBN. The plane hexagonal lattice is very common among 2D materials, thus an exfoliable material with the in-plane crystallographic angle close to, but not exactly, 60 • would be a great candidate for exotic Moiré effects.