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University of Göttingen Researchers Map Molecular Wave Functions in 3D
The researchers at the University of Göttingen have pioneered a method that successfully maps the three-dimensional wave function of organic molecules using a laboratory-scale soft X-ray source. This method merges photoelectron spectroscopy with a new computational algorithm, achieving a resolution finer than the distance between carbon atoms. These advancements could lead to real-time imaging of molecular changes at the femtosecond scale, revolutionizing our understanding of molecular dynamics.
ExperimentConfidence: MediumMid term horizon
Published 24 Aug 2026, 12:05 UTC2 min read
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Summary
TL;DR
- Mapping molecular wave functions using a lab-scale soft X-ray source.
- Combination of photoelectron spectroscopy and advanced algorithms.
- Achieved sub-carbon-atom resolution imaging.
- Potential for femtosecond-scale imaging of molecular processes.
- Method simplifies previous approaches using large synchrotron facilities.
Interesting facts
- The study introduces two novel concepts for imaging molecular wave functions.
- Molecular orbitals influence how molecules interact with light and undergo chemical reactions.