text
stringlengths
0
205
align:start position:0%
to see phenomena that you didn't even
align:start position:0%
to see phenomena that you didn't even
sort of know were there because in
align:start position:0%
sort of know were there because in
align:start position:0%
sort of know were there because in
almost all the other approximation
align:start position:0%
almost all the other approximation
align:start position:0%
almost all the other approximation
approaches we're going to do for
align:start position:0%
approaches we're going to do for
align:start position:0%
approaches we're going to do for
Dynamics or temperature we're going to
align:start position:0%
Dynamics or temperature we're going to
align:start position:0%
Dynamics or temperature we're going to
assume that we know can and understand
align:start position:0%
assume that we know can and understand
align:start position:0%
assume that we know can and understand
the phenomena that are responsible for
align:start position:0%
the phenomena that are responsible for
align:start position:0%
the phenomena that are responsible for
the microscopic Behavior you see um in
align:start position:0%
the microscopic Behavior you see um in
align:start position:0%
the microscopic Behavior you see um in
some sense molecular Dynamics is the
align:start position:0%
some sense molecular Dynamics is the
align:start position:0%
some sense molecular Dynamics is the
only way where you don't presume much um
align:start position:0%
only way where you don't presume much um
align:start position:0%
only way where you don't presume much um
I mean you presume something about your
align:start position:0%
I mean you presume something about your
align:start position:0%
I mean you presume something about your
Hamilton your energy function but
align:start position:0%
Hamilton your energy function but
align:start position:0%
Hamilton your energy function but
otherwise you just kind of let the you
align:start position:0%
otherwise you just kind of let the you