Scanning tunneling spectroscopy
Published on 13 December 2018
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Our institute has pioneered the development of near field microscopy at very low temperature. We developed a scanning tunneling microscope operating at 50 mK which has contributed important discoveries in the field of disorder-driven superconductor-insulator transition. Today it is also a key instrument for the study of 2D materials.
Scanning tunneling spectroscopy.
View of the inverted dilution fridge for STM measurements.
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