🧠 Disconnect allows your brain to learn faster

A study reveals that our moments of mental wandering could prepare the brain to learn more effectively.. Moreover, . Similarly, . Meanwhile, . Therefore, . However, Far from being lost time, this passive exploration would build internal models of the world.

This discovery, published in Nature, emerges from the observation of mice sailing in virtual environments. However, Researchers from Janelia Research Campus recorded theactivity tens of thousands of neurons. Additionally. However, revealing an unknown mechanism until then: the cortex visual encodes visual patterns without specific objective, thus optimizing learning future.

Exploration. Consequently. a fertile soil for learning – 🧠 disconnect allows your brain – 🧠 disconnect 🧠 disconnect allows your brain new allows your 🧠 disconnect allows your brain new brain new

🧠. disconnect allows your brain new
The experience led by researchers compared two groups of mice evolving in. a 🧠 disconnect allows your brain new virtual corridor with multiple textures. The first group received awards (water) by associating certain textures with positive stimuli. 🧠 disconnect allows your brain while the second explored the same environment without any objective or reward. Thanks to an advanced imaging technique, the activity of nearly 90,000 neurons has been recorded simultaneously. The results show that the mice of the two groups have developed similar neuronal plasticity in their median visual cortex. a key region for the treatment of patterns.

The surprise came from the later learning speed: the mice having simply explored the environment without rewards learned faster to. associate textures. awards during a following task. This suggests that passive exposure prepares the brain 🧠 disconnect allows your brain new to effectively encode new information, even without motivation immediate.

Two complementary systems

The study 🧠 disconnect allows your brain new distinguishes two mechanisms: not supervised learning (automatic. via exhibition) and supervised learning (guided by objectives). The first creates a neural database, 🧠 disconnect allows your brain new while the second combines meanings.

The researchers used a two -photon excitation microscope to follow the activity of neurons simultaneously. The data show that median 🧠 disconnect allows your brain visual areas are activated as soon as passive exposure. while frontal areas only respond to the tasks with rewards.

This duality could explain why certain learnings, such as image recognition or spatial navigation, seem intuitive. The brain would capitalize on pre -established models during exploration, accelerating subsequent training phases.