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He's such a fun and dedicated professor. Thank you MITOCW and Prof Jeffrey for this quality content.
Great Professor... Thanks to share this wonderful course in YT 😊
The term glassy being used by mit just blackens the shine this topic could have
it's really good to study core concept of glass. thanks for your excellent explain!!
thank u so much. it was a amazing class.
Why isn't anyone talking about the guy who walked in the class
Because the perpendicular is aquated
Silicates never play the musical chairs with metals ! Finally an english pun i understand
U did it
How fast do you stop the music? Isn't it instantly?
Is ceramics like glass?
It's soda an oxide.
If glass isn't a liquid, then where is the discontinuity of the phase change?
As I understood it, you have the discontinuity in the case of a phase change to a crystalline solid but not in the case of amorphous solids.
Thank YOU very much ❤
He's such a fun and dedicated professor. Thank you MITOCW and Prof Jeffrey for this quality content.
Great Professor... Thanks to share this wonderful course in YT 😊
The term glassy being used by mit just blackens the shine this topic could have
it's really good to study core concept of glass. thanks for your excellent explain!!
thank u so much. it was a amazing class.
Why isn't anyone talking about the guy who walked in the class
Because the perpendicular is aquated
Silicates never play the musical chairs with metals ! Finally an english pun i understand
U did it
How fast do you stop the music? Isn't it instantly?
Is ceramics like glass?
It's soda an oxide.
If glass isn't a liquid, then where is the discontinuity of the phase change?
As I understood it, you have the discontinuity in the case of a phase change to a crystalline solid but not in the case of amorphous solids.
Thank YOU very much ❤