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Image for: Das Quanten-Zittern: Warum es in Wirklichkeit keine flachen Moleküle gibt


Wie rechte und linke Hand: Die quantenmechanische Nullpunktschwingung, das „Zittern“ der Atome, macht die Ameisensäure zu einem chiralen (händischem) Molekül, dessen beide Formen sich wie die rechte und linke Hand nicht in Deckung bringen lassen.
Wie rechte und linke Hand: Die quantenmechanische Nullpunktschwingung, das „Zittern“ der Atome, macht die Ameisensäure zu einem chiralen (händischem) Molekül, dessen beide Formen sich wie die rechte und linke Hand nicht in Deckung bringen lassen.

Source: Institut für Kernphysik

Copyright: Goethe-Universität Frankfurt

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