太赫兹波一经发现就成为生物医学研究的焦点,美国、欧洲、日本、韩国均将其列为科学研究的主攻方向。针对这一面向未来的前沿技术,专家呼吁——很多患者在检查病情时做了X光、CT检查,有时还需要做核磁共振。太赫兹(THz)波,一个尚未充分开发的电磁波段,也许将为解决这一问题提供行之有效的手段。4月8日~9日,在以“太赫兹波在生物医学应用中的科学问题与前沿技术”为主题的第488次香山科学会议上,与会专家指出,由于太赫兹波具有反应物质结构与性质的指纹特性,并且光子能量低,远远 Once discovered, terahertz waves have become the focus of biomedical research. The United States, Europe, Japan and South Korea have all listed it as the main direction of scientific research. In response to this future-proof cutting-edge technology, experts call for - Many patients underwent X-ray and CT examinations when examining conditions and sometimes MRIs. The THz wave, an undeveloped electromagnetic waveband, may provide an effective solution to this problem. From the 8th to the 9th of April, at the 488th Xiangshan Science Conference on the theme of “Scientific Issues and Frontier Technologies in the Use of Terahertz Waves in Biomedical Applications”, experts attending the conference pointed out that since the terahertz waves have reactive substances Structure and nature of the fingerprint characteristics, and photon energy is low, far away