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Exotic states of topological materials are challenging or impossible tocreate under ambient conditions.1-4 Moreover, it is unclear whether topologicalsuperconductivity, as a critical element for topological quantum computing,exists in any naturally occurring materials.5-7 Although these problems can beovercome through the combination of materials in heterostructures, there arestill many requisites, such as low temperatures and specific magneticfields.8,9 Herein, an intrinsic topological superconductor that does not dependon particular external conditions is demonstrated. It is accomplished utilizingthe unique properties of polyaromatic hydrocarbons (PAHs), which have beenproposed to have persistent ring current.10-12 According to theSu-Schrieffer-Heeger(SSH)13 and Kitaev14 models, PAHs can have a non-trivialedge mode, so that perpendicularly stacked PAHs are expected to have Majoranahinge and corner modes.15 Intrinsic persistent ring current of HYLION-12 isdemonstrated by MPMS.16 Coherent Quantum Phase Slip(CQPS), the ConstantConductance Plateau (CCP) and the zero bias conductance peak(ZBP) which issignatures of hinge modes are confirmed through the Josephson junction deviceof pelletized orthorhombic phase organic crystals of HYLION-12 by transportspectroscopy.17,18 They are signatures of Majorana hinge and corner modes. Inaddition, the braidinglike operation by transport spectroscopy shows theemergence of the most important and critical elements of quantum computers thatcan be realized without an external magnetic field at room temperature.

Experimental realization of Majorana hinge and corner modes in intrinsic  organic topological superconductor without magnetic field at room temperature