Research Field

  • Spintronics based on 2D materials and related van der Waals structures

    Electrons have two degrees of freedom,charge and spin. In the past,what we used is the degree of freedom of electron charge.However, due to the limitation of quantum effects, the development of traditional chips faces the end of Moore's Law. In the post-Moore's Law era, spintronics is a very important research direction.

    2017-03-20 202

  • Twistronics based on 2D materials and related van der Waals structures

    Photodetector is the basis of contemporary information technology. It is an intermediary for the conversion of optical signals into electrical signals. It plays an important role in the field of sensors and plays an irreplaceable role in various fields of national economy and military. From the current development trend, the research hotspot of photodetectors is mainly two-dimensional material photodetectors.

    2017-03-20 188

  • Design, preparation, and application of Novel 2D materials

    The spin-orbiting effect of the two-dimensional material is controlled by controlling the two-dimensional material on the&nbs

    2019-01-19 156

  • Valleytronics based on 2D materials and related van der Waals structures

    Finding new ways to manipulate electrons in semiconductors for the development of new electronic components and next-generation electronics has long been a goal of researchers. The manipulation of electrons is often dependent on their intrinsic degrees of freedom. For physicists, the concept of discovering and manipulating the unexploited degrees of freedom of electrons in solids is a frontier subject.

    2017-03-20 155

  • Cross direction:  Separation of chiral drug molecular , artificial bionic synaptic devices

    Cross direction:  Separation of chiral drug molecular , artificial bionic synaptic devices   Chirality is a very important and extensive research field in the scientific community as an

    2020-02-28 95

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