Summary:
- This article discusses the use of planar tunneling spectroscopy to study the electron-phonon coupling in twisted bilayer heterostructures, which are materials made up of two layers of different materials stacked on top of each other at a specific angle.
- The researchers found that the twisted bilayer heterostructures exhibit enhanced electron-phonon coupling, which means that the electrons in these materials interact more strongly with the vibrations of the atoms (phonons) compared to non-twisted structures.
- This enhanced electron-phonon coupling could have important implications for the development of new electronic devices and materials with unique properties, such as improved energy efficiency or novel quantum phenomena.