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William Oliver of MIT's Lincoln Laboratory and Research Laboratory for Electronics and his team, in collaboration with MIT professors Terry Orlando, Leonid Levitov and Karl Berggren, have developed what they call amplitude spectroscopy. This technology analyzes how an atom responds to different amplitudes of electromagnetic radiation at a fixed frequency in order to extract its energy-level structure (spectroscopy) over broad bandwidth. According to Dr. Oliver, the group has demonstrated spectroscopy using superconducting artificial atom structures that use two superconductors linked by a non-conducting barrier. 'When the atoms are cooled to ultra low temperatures using dilution refrigeration followed by microwave-cooling (similar to laser-cooling with atoms), they exhibit energy levels akin to a natural atom or molecule,' Dr. Oliver said. The fabrication of such structures is unique and requires special tools. Most researchers use ultra thin aluminum film to create artificial atoms

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