Matches in DBpedia 2016-04 for { ?s ?p "Albert Victor Crewe (February 18, 1927 – November 18, 2009) was a British born American physicist and inventor of the modern scanning transmission electron microscope capable of taking still and motion pictures of atoms, a technology that provided new insights into atomic interaction and enabled significant advances in and had wide-reaching implications for the biomedical, semiconductor, and computing industries."@en }
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- Albert_Crewe abstract "Albert Victor Crewe (February 18, 1927 – November 18, 2009) was a British born American physicist and inventor of the modern scanning transmission electron microscope capable of taking still and motion pictures of atoms, a technology that provided new insights into atomic interaction and enabled significant advances in and had wide-reaching implications for the biomedical, semiconductor, and computing industries.".
- Q1666814 abstract "Albert Victor Crewe (February 18, 1927 – November 18, 2009) was a British born American physicist and inventor of the modern scanning transmission electron microscope capable of taking still and motion pictures of atoms, a technology that provided new insights into atomic interaction and enabled significant advances in and had wide-reaching implications for the biomedical, semiconductor, and computing industries.".
- Albert_Crewe comment "Albert Victor Crewe (February 18, 1927 – November 18, 2009) was a British born American physicist and inventor of the modern scanning transmission electron microscope capable of taking still and motion pictures of atoms, a technology that provided new insights into atomic interaction and enabled significant advances in and had wide-reaching implications for the biomedical, semiconductor, and computing industries.".
- Q1666814 comment "Albert Victor Crewe (February 18, 1927 – November 18, 2009) was a British born American physicist and inventor of the modern scanning transmission electron microscope capable of taking still and motion pictures of atoms, a technology that provided new insights into atomic interaction and enabled significant advances in and had wide-reaching implications for the biomedical, semiconductor, and computing industries.".