AI Models Develop Social Norms Autonomously
AI Models Exhibit Spontaneous Social Organization
A recent study has brought forth a fascinating discovery: large AI-based language models, including systems like ChatGPT, have the capacity to self-organize. Remarkably, they can achieve this without any direct human intervention. When these language models operate in groups, they spontaneously begin to create their own behavioral norms and social conventions. This emergent behavior is strikingly similar to how social rules and customs develop within human society, as reported by Italian media.
Groundbreaking Research Published in Science Advances
This unique and insightful study was published in the esteemed journal Science Advances. The research was led by Italian scientist Andrea Baronchelli, who is affiliated with City University of London and St Georges. His work, highlighted by the Ansa agency, delves into the complex emergent behaviors of these advanced AI-based systems.
Mirroring Human Social Dynamics
Baronchelli explained the core principle behind this AI behavior. He stated that the mechanism is the same as that underlying most complex human behavior, including rules of etiquette, dress codes, and moral norms. This suggests that the fundamental processes driving social agreement and norm formation might not be exclusive to humans but could be a feature of complex adaptive systems in general.
The Experimental Design Unveiled
To explore this phenomenon, the researchers conducted a specially-adapted experiment. This type of experiment is also used in studies focusing on how social conventions arise in human groups. For this study, they formed two separate groups of language models, similar in nature to ChatGPT.
Each AI group was then tasked with a choice. They had to select a single name from several given options. In this particular experiment, the options were either a letter of the alphabet or a random string of characters.
How AI Models Learned to Cooperate
The learning process for these AI models, known as LLMs or large linguistic models, was guided by a point system. Baronchelli clarified that these linguistic models received positive points whenever they successfully coordinated the use of the same name, while in case of failure they received negative points.
He further elaborated that this mechanism is designed to motivate the AI actors to reach an agreement through their local interactions. This setup is quite similar to schemes previously used in laboratory experiments involving human participants. In those human studies, participants were typically offered small monetary rewards for successfully completing tasks that required coordination.
