nucleation

LIT-1424: The geometry of interpersonal synchrony in human dance

2 min read

Properties5
StatusActive — read in full 2026-10-23 (NOTE-1093) from PubMed Central (PMC11266842), the publisher's CC BY text, with Figure 2 and the supplementary Document S1; worth reading as the cleanest human instance the record holds of shared drive and coupling manipulated separately in one collective: in 35 dyads dancing face to face, shared music and visual contact each raised synchrony, in different movement components and with no interaction, and the timing of the synchrony could not tell the two kinds apart while its spatial direction could (THEORY-891). Direction of coupling between the partners was not measured.
Tagscomplex-systems, embodied-cognition, social-science
ReportsCASE-149 — Dancing to the same or different music, seen or unseen: in dyads facing each other, shared music and visual contact were removed independently, and each synchronized different movements of the pair
Cited as “paper” byNOTE-1093 — Bigand et al. — The geometry of interpersonal synchrony in human dance
Cited as “source” byTHEORY-891 — In dyads of untrained dancers facing each other, shared music and visual contact each raised interpersonal movement synchrony, with no interaction detected, in different movement components: lateral and hand movements synchronized through seeing the partner, anteroposterior movements such as head bobs through the shared music, and vertical bounce through both; which factor drove a component's synchrony was classified from its spatial direction and not from the periodicity of the synchrony

Graph View

Bigand, F., Bianco, R., Abalde, S. F., & Novembre, G. (2024). The geometry of interpersonal synchrony in human dance. Current Biology, 34(13), 3011–3019.e4. doi:10.1016/j.cub.2024.05.055. Open access, PMC11266842.

Read in full (NOTE-1093), with Figure 2 and the supplementary figures and tables.

Key takeaways

From the reading, NOTE-1093.

  • Drive and coupling manipulated apart. “We orthogonally manipulated musical input (whether participants were dancing to the same, synchronous music) and visual contact (whether participants could see their dancing partner).”
  • Both raise synchrony, in different components. “We find that both music and partners drive synchrony, but through distinct dance moves.” No movement showed an interaction between the two factors (Figure S2C).
  • Timing does not tell them apart. “when (unlike where) participants move does not reflect whether synchrony is established through music or partner vision.”
  • Where does. Four eigendirections classified the synchrony category “with 100% accuracy”; the periodicity model “confused 48% of the data associated with music-driven synchrony with partner-driven synchrony.”

Why this is here

The owner’s exchange “Framework Overview Request” (2026-10-23) asked for external results that satisfy the explanatory aims of the record’s proposed-study CASEs. This study bears on QUESTION-063, what measurement tells a shared external drive from coupling among members, and on the proposed study of the dancing couple, CASE-045. It runs the intervention QUESTION-063 asks for in a human collective (displace the shared drive, cut the coupling channel, each independently) and finds that a timing measure alone cannot see the difference. Filed as CASE-149, stated by THEORY-891.

It is not CASE-045’s study: the dancers were untrained, stood 2.5 m apart without touching, danced freely rather than a led partner dance, and the analysis estimates no direction of coupling.

Backlinks