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The discovery of two-dimensional (2D) magnetism within atomically thinstructures derived from layered crystals has opened up a new realm forexploring magnetic heterostructures. This emerging field provides afoundational platform for investigating unique physical properties andexquisite phenomena at the nanometer and molecular/atomic scales. Byengineering 2D interfaces using physical methods and selecting interlayerinteractions, we unlock the potential for extraordinary exchange dynamics. Thispotential extends to high-performance and high-density magnetic memoryapplications, as well as future advancements in neuromorphic and quantumcomputing. This review delves into recent advances in 2D magnets, elucidatesthe mechanisms behind 2D interfaces, and highlights the development of 2Ddevices for spintronics and quantum information. Particular focus is placed on2D magnetic heterostructures with topological properties, promising for aresilient and low-error information system. Finally, we discuss the trends of2D heterostructures for future electronics, considering the challenges andopportunities from physics, material synthesis, and technological prospective.

2D Magnetic Heterostructures: Spintronics and Quantum Future