2014基礎工学部要覧_英文
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triplet-DNP/NMR magnetic eld cycling system.Remote Sensing by NQR25Department of Systems InnovationMicrowaves and lightwaves have been widely used for mobile phones and optical ber communications, respectively. The electromagnetic-wave regions located between these waves are referred to as milli-meter waves and terahertz waves, which have remained undeveloped in this 21-st century. We aim at developing these new electromagnetic-wave regions by employing advanced electronics and pho-tonics technologies to explore applications in future communications and sensing. Quantum electronics Group■Prof.:Shinji URABE■Assoc.Prof.:Utako TANAKA■Assis.Prof.:Kenji TOYODAThe following subjects are studied in this group: (i) Trapping and laser cooling of ions, and high-resolution spectroscopy of trapped ions, with the aim of application to frequency standards of the next generation and quantum information processing. (ii) Development of light sources for laser cooling, espe-cially those in the deep UV region.Collaborative Chairs/ Area of Nanoelectronics Under Extreme ConditionsQuantum Beam Group■Assoc.Prof.:Fujio WAKAYA (Add.)■Assis.Prof.:Satoshi ABO (Add.)The research target of the group is developing and establishing future nanoelectronics. Main research topics are nanoscience and nanotechnology using electron, ion, and photon (laser) beams. Nanofabrica-tion and nanocharacterization technologies are being developed to apply them to semiconductor and vacuum nanoelectronics.Experiment for generation and detection of terahertz waves using photonics techniques

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