Background: image of semiconductor quantum chip
By applying voltages on ‘gates’ (white lines), electrons (red and blue arrows) can be captured in quantum dots. The potential landscape (blue line) determines the locations where the electrons are captured. With an extra large quantum dot (eye), it is possible to read the quantum information.
Background: image of semiconductor quantum chip
By applying voltages on ‘gates’ (white lines), electrons (red and blue arrows) can be captured in quantum dots. The potential landscape (blue line) determines the locations where the electrons are captured. With an extra large quantum dot (eye), it is possible to read the quantum information.