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We study the conductance of an electron interferometer formed in a twodimensional electron gas between a nanostructured quantum contact and thecharged tip of a scanning gate microscope. Measuring the conductance as afunction of the tip position, thermally induced rings may be observed inaddition to Fabry-P\'erot interference fringes spaced by half the Fermiwavelength. If the contact is made of a quantum dot opened in the middle of aKondo valley, we show how the location of the rings allows to measure byelectron interferometry the magnetic moment of the dot above the Kondotemperature.

Scanning Gate Microscopy of Kondo Dots: Fabry-P\'erot Interferences and Thermally Induced Rings