Foundation Establishment of Plasma-Exploited Nanocarbon Biotronics

通过开发和利用新概念的等离子体生产和控制技术，我们已经创造了新型的原子或分子包裹的富勒烯和碳纳米管，以及含有原子或分子的DNA，通过开发和利用新概念的等离子体生产和控制技术，可以极其精确地控制其内部或表面纳米空间。然后，通过阐明它们在电、磁、光和分子识别等方面的新功能，我们证明了可以构建涵盖能源、非硅(无机)半导体、磁性半导体、超导和生物医学领域的下一代纳米生物电子学-器件体系，为纳米碳生物电子学奠定了基础。

We have created novel atoms- or molecules-encapsulated fullerenes and carbon nanotubes, and DNA containing atoms or molecules in the fashion of extremely precise control of their inner- or surface-nanosaces by developing and exploiting plasma production and control techniques of new concept. Then, by clarifying their new functionality of electrical, magnetic, optical, and molecule recognition properties, we have demonstrated that a next-generation nanobioelectronics-device system can be constructed, which covers energy, non Si (inorganic) semiconductor, magnetic semiconductor, superconductivity, and biomedical fields, establishing the foundation of nanocarbon biotronics.