Nanographene molecule

A nanographene molecule - Google Search

A nanographene molecule - Google Search

A nanographene molecule exhibiting carbon–carbon bonds of different length and bond order imaged by non-contact atomic-force microscopy using a carbon-monoxide functionalized tip. The molecule was synthesized at the Centre National de la Recherche Scientifique in Toulouse.Image credit: IBM Research Zurich.

A nanographene molecule exhibiting carbon–carbon bonds of different length and bond order imaged by non-contact atomic-force microscopy using a carbon-monoxide functionalized tip. The molecule was synthesized at the Centre National de la Recherche Scientifique in Toulouse.Image credit: IBM Research Zurich.

Using an atomic force microscope, IBM researchers were able to capture an actual image of a molecule. The image does not only illustrate the structure of individual nanographene molecule but also how atoms are bound together.

Using an atomic force microscope, IBM researchers were able to capture an actual image of a molecule. The image does not only illustrate the structure of individual nanographene molecule but also how atoms are bound together.

Cada pensamento, cada emoção cria um novo padrão dentro do DNA, a estrutura celular e as moléculas de todo o nosso Universo. Não se pode pensar, ou sentir-se sem o todo receber a vibração de que o pensamento ou sentimento.

Cada pensamento, cada emoção cria um novo padrão dentro do DNA, a estrutura celular e as moléculas de todo o nosso Universo. Não se pode pensar, ou sentir-se sem o todo receber a vibração de que o pensamento ou sentimento.

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