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photoelectron spectroscopyBrighter Side News
•Science
Science
85% Informative
Researchers at Lund University in Sweden have successfully measured the quantum state of electrons emitted from atoms after absorbing high-energy light pulses.
Their findings could revolutionize multiple scientific fields, from quantum mechanics to material science.
The ability to measure photoelectron quantum states could lead to advancements in atmospheric photochemistry, material science, and even solar energy research.
The new method, named KRAKEN , could provide key insights into decoherence, furthering the development of quantum technologies .
At microscopic scales, electrons, atoms, and molecules obey quantum mechanics, while macroscopic objects follow classical physics.
As researchers refine this technique, they hope to track how electrons evolve from quantum to classical states over time.
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