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Sleep slow waves have gained increasing attention since the pioneering work of [Steriade et al. (1993a][1],[b][2]) unraveled their underlying cellular mechanism, i.e., the slow (<1 Hz) and sometimes rhythmic alternation of the membrane potential between depolarized (up) and hyperpolarized (down)

Thalamus and Cortex: Inseparable Partners in Shaping Sleep Slow Waves?