The project collected data from over 300 participants in ongoing interpersonal relationships (friendships and romantic relationships) for three weeks each, resulting in over 28,000 questionnaire responses and over 10 years of phone sensor data. To the best of our knowledge this is the largest dataset of its kind (dyad experience sampling with mobile sensing) so far. Importantly, the dataset includes both participants' emotions as they experienced them AND those same emotions as experienced by a friend or partner, allowing for multiple perspectives on the same experience. A de-identified version of the dataset will be released to the scientific public.
The project has resulted in new findings on the interaction between relationships and the ways people make social inferences, which have resulted in a published paper. Its findings show that when examined separately, feeling familiar with someone is associated with specific knowledge about them, feeling that someone is similar to you leads to assumptions that their opinions and beliefs are similar to your own, and liking someone leads to stereotypical thinking about them. These findings can advance scientific understanding of social inferences, especially in cases where familiarity, similarity and liking are not strongly connected (e.g. in the case of parasocial relationships where strong liking may occur in the absence of familiarity).
It has also resulted in new findings regarding the emotional arc of conversations, which have been presented in several conferences. Its findings show that people begin conversations by trying to seek common emotional ground, discussing gradually more similar emotional content, but at some point this dynamic stops and people remain at a certain emotional distance, and even being diverging. These findings can advance scientific understanding of conversation dynamics.
Finally, the project has resulted in the development of a new software package allowing for free offline, privacy preserving and reproducible analysis of location data, assigning meaningful location tags to coordinates. This will allow researchers as well as companies to better analyze location data. will allow researchers as well as companies to better analyze location data.