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As an interdisciplinary subject, the nano-materials and nano-technology involves many fields of atomic physics, condensed matter physics, collochemistry, solid chemistry, coordination chemistry, electrochemistry, chemical reaction mechanics, surface science and interface science etc. The development of nanomaterials will certainly push the science of physics and chemistry to a new level.

The research on nanomaterials has been continuously expanding. The first phase mainly focuses on nanoparticles, such as nanocrystals, nanophases and nano amorphous as well as the thin films and blocks composed of them. In the second phase of nanometer materials research object and involve the nanowire, nanotube, microporous and mesoporous materials, including gel and aerogel. For example, by aerogel porosity is higher than 90% and the aperture size is nanoscale, the nanostructures as Mosaic, provides assembling nanoparticles with three-dimensional space. The advent of nanotubes provides a new opportunity for the synthesis and assembly of nanomaterials

As an interdisciplinary subject, the nano-materials and nano-technology involves many fields of atomic physics, condensed matter physics, collochemistry, solid chemistry, coordination chemistry, electrochemistry, chemical reaction mechanics, surface science and interface science etc. The development of nanomaterials will certainly push the science of physics and chemistry to a new level.