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物理学发现任何一种新的辐射,也就发现了一种新的能量传播方式。信息工程都会设法把它用作新的载体来传输信息,或设法利用这种新辐射来探查物质(物体)内部的新信息。由于物质的原子间距为零点几纳米(10~(-9)m,粗略地说,波长大于1纳米的辐射适于以波的发送、接收方式来传递信息。波长小于1纳米的辐射适于以粒子和物质相互作用的形式来探查物体内部信息。这些应用都有赖于物理学和信息工程的结合。1888年赫芝发现了麦
Physics found any new radiation, also found a new way of energy transmission. Information engineering will try to use it as a new carrier to transmit information, or try to use this new radiation to explore new information within the material (objects). Due to the fact that atoms have an atomic pitch of a few nanometers (10 -9) m, roughly speaking, radiation of wavelengths greater than 1 nanometer is suitable for transmitting information in the form of transmission and reception of waves. Radiation of wavelengths less than 1 nanometer Particles and matter in the form of interaction to explore the internal object information.These applications are dependent on the combination of physics and information engineering.He found in 1888 wheat