Emily S. Cross

A longitudinal fNIRS hyperscanning dataset of same generation and intergenerational relationship development and collaboration

The paper presents and validates a longitudinal hyperscanning dataset exploring neural and behavioral aspects of relationship formation between same-generation and intergenerational dyads.

Social interactions between people of same and different generationsshape longitudinal changes in interpersonal neural synchrony,loneliness, and social connection

The paper examines how intergenerational and same-generation social interactions affect longitudinal changes in neural synchrony, loneliness, and social connection over a creative drawing program.

Two-brain states characterise within- and between-brain connectivity during intergenerational collaborative drawing

The paper identifies two-brain states during collaborative drawing, showing intergenerational dyads exhibit asymmetric connectivity patterns compared to same-generation dyads.

Cardiac synchrony during collaborative drawing: A longitudinal comparison of same generation and intergenerational dyads

This study compares cardiac synchrony in intergenerational and same-generation dyads during collaborative drawing, finding no significant covariation with group or task but a marginal trend in intergenerational dyads.

Beyond human-likeness: Socialness is more influential when attributing mental states to robots

The paper investigates how human-likeness and socialness influence mind attribution to robots, finding socialness may be more important than human-likeness.

A neurocognitive investigation of the impact of socialising with a robot on empathy for pain

This study investigates whether interacting with a robot changes neural empathy responses to human and robotic pain, finding no significant changes after a week of socialization.

Observing action sequences elicits sequence-specific neural representations in frontoparietal brain regions

The paper investigates how observing action sequences shapes neural representations in frontoparietal brain regions through fMRI and observational practice.