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Image for: Quantenboost für klassische Kühltechnik: neues Material verbessert magnetische Kühlung nahe absolut Null


-	Eine Reduktion des Magnetfelds von 5 auf 0 Tesla bewirkt die Abkühlung einer KBaYb(BO3)2-Probe von 2 K auf 0.022 K, welche länger als eine Stunde stabil ist.
- Eine Reduktion des Magnetfelds von 5 auf 0 Tesla bewirkt die Abkühlung einer KBaYb(BO3)2-Probe von 2 K auf 0.022 K, welche länger als eine Stunde stabil ist.

Lehrstuhl für Experimentalphysik

Universität Augsburg

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