MIT research enhances high-speed computers
This conceptual illustration shows amplitude spectroscopy probing a superconducting artificial atom (white object) via a microwave magnetic field with a fixed frequency (green beam). Changing the amplitude of those microwaves generates rich interference patterns (projection), the spectroscopy diamonds, which serve as a "fingerprint" of the atom's energy level structure and allow its inference over a broad range of energies. (Image courtesy of S.O. Valenzuela and W.D. Oliver)
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