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The new theory links quantum geometry to electron-phonon coupling

An illustration of electron-phonon coupling between valence and conduction states in real-time and real-space. Credit: Cmelni/Wikimedia Commons. commons.wikimedia.org/wiki/File:Electron_Phonon_Coupling_Between_Valence_and_Conduction_States.png. A new study published in Nature Physics presents a theory of electron-phonon coupling that is influenced by the quantum geometry of electronic wave functions. The movement of electrons in a lattice and their interactions with lattice vibrations

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How the brain maps memories without movement

Summary: Mental maps in the brain are activated when we think about sequences of experiences, even without physical movement. In an animal study, they found that the entorhinal cortex contains a cognitive map of experiences, which is activated during mental simulation. This is the first study to show the cellular basis of mental simulation in

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Observations explore Centaurus A’s halo

Archival optical image (at 468 nm wavelength) of NGC 5128 taken with the UK Schmidt telescope superimposed on the location of the two fields studied. The red cross indicates the center of NGC 5128. The red circles represent the locations of LPVs selected from the ISAAC Ks-band data. Credit: Aghdam et al., 2024. Using the

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The Great Insect Migration of the Pyrenees Mountains

Every fall, a narrow pass in the Pyrenees mountain range between southern France and northeastern Spain is flooded with a torrential stream of marmalade butterflies, pollinators with citrus-colored bodies and black stripes. The hoverflies avoid harsh mountain winds by flying close to the ground, making the sunlit streams look “almost like a river of golden

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