A leading edge camera for molecules

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Fig.1: One of the many snapshots that the physicists took of the heavy hydrogen molecule. Each dot in the image represents a specific angle between laser polarisation and the molecular axis and a specific distance to the deuterium nuclei. The constel ...
Fig.1: One of the many snapshots that the physicists took of the heavy hydrogen molecule. Each dot in the image represents a specific angle between laser polarisation and the molecular axis and a specific distance to the deuterium nuclei. The constellations marked in red occur more frequently. Credit: Max Planck Institute for Nuclear Physics

Researchers at the Max Planck Institute for Nuclear Physics in Heidelberg, Germany, have visualised vibration and rotation in the nuclei of a hydrogen molecule as a quantum mechanical wave packet. What is more, this has been achieved on an extremely short spatio-temporal scale.


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All News summaries for November 08, 2006