Let there be light! Graphene, as a semimetal, does not exhibit any bandgap and, therefore, cannot produce luminescence. In article number 2300310, Hugo Levy‐Falk and co‐workers study graphene quantum dots, a graphene derivative whose low dimensionality makes them photoluminescent. These structures containing exactly 96 sp² carbon atoms are stable single‐photon emitters at room temperature. Furthermore, the bottom‐up chemical synthesis yields highly pure samples with excellent control of the shape of the quantum dots, making them a promising platform for single‐molecule experiments. – The cover pages belong to a Special Section of 8 articles (arranged at the beginning of this issue) on “Electronic Properties of Novel Materials”, being also part of a virtual issue on the same topic, presented at www.pss‐b.com.