Scientists discovered that mice display strategic behavior in learning tasks by engaging in exploratory actions that initially appear as mistakes. Through experiments, the study showed that mice test hypotheses and adjust their strategies based on the outcomes, challenging the traditional view of animal errors as mere mistakes.
The work, which deepens our understanding of animal cognition, and could lead to identifying the neural basis for strategizing, was published inthat animals know a lot more about tasks than they demonstrate in tests. The team had two theories about what could be behind this gap. Either the mice were making mistakes because they were stressed, or they were doing something more purposeful: exploring and testing their knowledge.
Over consecutive trials, the mice would turn the wheel left for a bit, then switch to turning it right, seemingly making mistakes but actually being strategic. Credit: Johns Hopkins University“We find that when the animal is exploring, they engage in a really simple strategy, which is, ‘I’m going to go left for a while, figure things out, and then I’m going to switch and go right for a while,’” Kuchibhotla said. “Mice are more strategic than some might believe.
If the animal didn’t have an internal model of the task, there would be no expectations to violate and the mice would keep performing poorly. During the experiments Kuchibhotla said he became “a little bit of a mouse psychologist” to interpret their behavior. Like working with a nonverbal infant, he and Zhu had to infer the underlying mental processes from the behavior alone.
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