#molviz — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #molviz, aggregated by home.social.
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@kristinHenry I have been patiently waiting for vector to be the #SciArtSeptember prompt!
As demonstrated by the Bader group at #McMasterUniversity the gradient #vector field of the total electron density partitions molecules into #quantum atoms. And the gradient #vector field of its Laplacian identifies reactive sites of atoms that characterize their #chemistry.
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@kristinHenry I have been patiently waiting for vector to be the #SciArtSeptember prompt!
As demonstrated by the Bader group at #McMasterUniversity the gradient #vector field of the total electron density partitions molecules into #quantum atoms. And the gradient #vector field of its Laplacian identifies reactive sites of atoms that characterize their #chemistry.
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@kristinHenry I have been patiently waiting for vector to be the #SciArtSeptember prompt!
As demonstrated by the Bader group at #McMasterUniversity the gradient #vector field of the total electron density partitions molecules into #quantum atoms. And the gradient #vector field of its Laplacian identifies reactive sites of atoms that characterize their #chemistry.
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@kristinHenry I have been patiently waiting for vector to be the #SciArtSeptember prompt!
As demonstrated by the Bader group at #McMasterUniversity the gradient #vector field of the total electron density partitions molecules into #quantum atoms. And the gradient #vector field of its Laplacian identifies reactive sites of atoms that characterize their #chemistry.
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@kristinHenry I have been patiently waiting for vector to be the #SciArtSeptember prompt!
As demonstrated by the Bader group at #McMasterUniversity the gradient #vector field of the total electron density partitions molecules into #quantum atoms. And the gradient #vector field of its Laplacian identifies reactive sites of atoms that characterize their #chemistry.