http://aolanswers.com/questions/materials-glassy-state-nbsp_186137907851132/material-including-metals-glassy_149330418395758?src=rss:qbp:qpbs<p>Any material (including metals !) can get a glassy (amorphous) state if cooled at an extremely rapid rate (so the particles do not have time to crystallize) [in the form of droplets] and than condensed to shape [normally shits].  Glassy metals (metals and "alloys" of many types) are available in the market.   Some of them have very unique properties (e.g: magnetic).  A very interesting field of research with promissing potential applications.</p>en-ushttp://s1.anscdn.net/images/answers/aolanswerslogo_rmtaac1f83.gifhttp://aolanswers.com/questions/materials-glassy-state-nbsp_186137907851132/material-including-metals-glassy_149330418395758?src=rss:qbp:qpbs<p>Any material (including metals !) can get a glassy (amorphous) state if cooled at an extremely rapid rate (so the particles do not have time to crystallize) [in the form of droplets] and than condensed to shape [normally shits].  Glassy metals (metals and "alloys" of many types) are available in the market.   Some of them have very unique properties (e.g: magnetic).  A very interesting field of research with promissing potential applications.</p>http://aolanswers.com/questions/materials-glassy-state-nbsp_186137907851132/material-including-metals-glassy_149330418395758?src=rss:qbp:qbpi<p>Any material (including metals !) can get a glassy (amorphous) state if cooled at an extremely rapid rate (so the particles do not have time to crystallize) [in the form of droplets] and than condensed to shape [normally shits].  Glassy metals (metals and "alloys" of many types) are available in the market.   Some of them have very unique properties (e.g: magnetic).  A very interesting field of research with promissing potential applications.</p>OronDOronDmale113answer4.0Fri, 02 Mar 2012 05:09:16 GMThttp://aolanswers.com/questions/materials-glassy-state-nbsp_186137907851132/material-including-metals-glassy_149330418395758?src=rss:qbp:qbpi