Interference microscopy articles within Nature Materials

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• News & Views | 03 March 2022

  Volume imaging of anisotropic materials

  Revealing the molecular orientations of anisotropic materials is desired in materials science and soft-matter physics. Now, an optical diffraction tomographic approach enables the direct reconstruction of dielectric tensors of anisotropic structures in three dimensions.

  • Anne Sentenac
  • , Guillaume Maire
  •  & Patrick C. Chaumet

• Article | 03 March 2022

  Tomographic measurement of dielectric tensors at optical frequency

  Measuring three-dimensional dielectric tensors is desired for applications in material and soft matter physics. Here, the authors use a tomographic approach and inversely solve the vectorial wave equation to directly reconstruct dielectric tensors of anisotropic structures.

  • Seungwoo Shin
  • , Jonghee Eun
  •  & YongKeun Park

• Article | 07 October 2019

  Imaging material functionality through three-dimensional nanoscale tracking of energy flow

  A stroboscopic scattering microscopy approach is developed to image the evolution of carrier distributions in three dimensions and with sub-nanosecond resolution while the carriers propagate in organic and inorganic films.

  • Milan Delor
  • , Hannah L. Weaver
  •  & Naomi S. Ginsberg