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Central to this process is self\u2013other integration, defined here as the extent to which a partner is processed as self\u2010relevant and incorporated into one's sensorimotor representations. Recent evidence suggests that beta\u2010band oscillatory dynamics may provide a shared sensorimotor framework supporting such integration. Here, we leveraged an immersive virtual\u2010reality body\u2010swap illusion to experimentally manipulate the embodiment of a partner's hand during joint rhythmic action, thereby testing the sensitivity of oscillatory brain dynamics to distinct levels of self\u2013other integration. Forty participants, paired into 20 dyads, performed a finger\u2010tapping task while viewing either their partner's hand in first\u2010person (1P) or second\u2010person (2P) perspective, or their own hand in uncoupled control conditions. 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