dan, per your article, the very last paragraph:
"Glassy metals probably will have much higher strength than a normal crystalline metal, improved corrosion resistance and they can produce lighter and stiffer components," O'Donnell said. "This research has helped identify the mechanism which will allow these metals to be able to make more easily."
note that the attractive forces between glass molecules are more likely that of molecular crystals--dipole attraction because the SiO2 molecule is polar. metallic bonds are different and I think more likely to hold an edge. from wikipedia, at the end of the entry:
http://en.wikipedia.org/wiki/Crystalline_solidCrystal Particles Attractive Forces Melting point Other properties
Ionic Positive and negative ions Electrostatic attractions High Hard, brittle, good electrical conductor in molten state
Molecular Polar molecules London force and dipole-dipole attraction Low Soft, non-conductor or extremely poor conductor of electricity in liquid state
Molecular Non-polar molecules London force Low Soft, non-conductor or extremely poor conductor of electricity in liquid state
Network Atoms Covalent bonds Very high Very hard, non-conductor of electricity
Metallic Positive ions and mobile electrons Metallic bonds Fairly high Hard or soft, malleable and ductile, good electrical conductor