Engineers at the University of Cincinnati have developed a computer that has the potential to analyze physiological responses and predict if a first date is going well or not.
This wearable technology focuses on measuring physiological synchrony, which occurs when the autonomic nervous system responses of individuals align during a conversation.
Published in IEEE Transactions On Affective Computing, the study utilized data from the device to monitor participants’ respiration, heart rates, and perspiration. The computer was able to accurately identify four conversation scenarios with a success rate of up to 75%, indicating its effectiveness in assessing interaction dynamics.
Lead author and U.C. doctoral student Iman Chatterjee mentioned that the device could provide honest feedback about the course of a date, stating, “The computer could tell if you’re a bore.”
The phenomenon of physiological synchrony is believed to be an evolutionary adaptation to assist humans in collaborating efficiently. This unconscious process could have broader applications beyond evaluating interpersonal interactions.
Chatterjee suggested that the system could be utilized to determine synergies or conflicts within professional settings, such as identifying which individuals work best together in a group.
Moreover, the technology presents opportunities for educators, therapists, and other professionals to receive real-time feedback during their interactions with others. Study co-author Vesna Novak, an associate professor of electrical engineering at the university, expressed interest in further exploring the nuances of human communication.
Novak stated, “Our next goal is to delve deeper into the complexities of conversations. While we have demonstrated AI’s ability to distinguish between positive and negative interactions, can it also differentiate subtler nuances that may elude human perception?”
By gaining a better understanding of physiological synchrony and its implications, researchers aim to enhance social dynamics and facilitate more effective communication strategies in various contexts.
The innovative computer technology developed by the University of Cincinnati has the potential to revolutionize how individuals assess and improve their interpersonal relationships, providing valuable insights and feedback in real-time.
