A novel platform for studying twisted 2D heterostructures, Part I:

The relative twist angle between the layers in 2D heterostructures is an excellent knob to tune their electronic properties and has led to the discovery of a plethora of new phenomena. We have developed a novel platform for controlling the twist angle between 2D crystals dynamically and accurately, allowing us to probe their electronic behavior and structure. We show the spectroscopic capabilities of our new platform by presenting measurements of momentum resolved tunneling between these twisted 2D heterostructures. In this first talk of our joint presentation, I will describe our setup and basic transport measurements.