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Super materials include crystals, semiconductors, nanotechnology, superalloys and metals, high performance glasses, gels, polymer thin films, and superconductors processed and produced using innovative techniques.
Super materials include [[crystal]]s, [[semiconductor]]s, nanotechnology, superalloys and metals, high performance glasses, [[gel]]s, [[polymer]] thin films, and [[superconductor]]s processed and produced using innovative techniques.
The scientific study of super materials incorporates parts of traditional materials science disciplines with biotechnology, physics and chemistry. Primary uses include lasers, medical imaging, and pharmaceuticals.
The scientific study of super materials incorporates parts of traditional materials science disciplines with [[biotechnology]], physics and chemistry. Primary uses include [[laser]]s, [[medical imaging]], and pharmaceuticals.