Warning: mkdir(): No space left on device in /var/www/tg-me/post.php on line 37

Warning: file_put_contents(aCache/aDaily/post/neurocognitionandlearning/--): Failed to open stream: No such file or directory in /var/www/tg-me/post.php on line 50
Neuroscience & Psychology | Telegram Webview: neurocognitionandlearning/5113 -
Telegram Group & Telegram Channel
Decoding Decision-Making: Insect Brains Are More Complex Than We Thought

The mushroom body—a key area in the brains of arthropods like insects—plays a crucial role in abstract behavioral decision-making.

Contrary to the long-standing belief that insects react purely on stimulus-response, the study shows they can actually make nuanced decisions based on experiences. The researchers recorded feeding behavior alongside neural signals.

The mushroom body in arthropod brains encodes for both memory formation and complex decision-making, contesting prior views that insects operate merely on a stimulus-response basis.

The research involved the American cockroach, chosen for its relatively large brain, making it easier to measure and interpret neural signals and behavior in real-time.

The output neurons of the mushroom body also take into account the current state of the animal, like whether it is hungry, enabling more precise prediction of behavior.

🆔@neurocognitionandlearning



tg-me.com/neurocognitionandlearning/5113
Create:
Last Update:

Decoding Decision-Making: Insect Brains Are More Complex Than We Thought

The mushroom body—a key area in the brains of arthropods like insects—plays a crucial role in abstract behavioral decision-making.

Contrary to the long-standing belief that insects react purely on stimulus-response, the study shows they can actually make nuanced decisions based on experiences. The researchers recorded feeding behavior alongside neural signals.

The mushroom body in arthropod brains encodes for both memory formation and complex decision-making, contesting prior views that insects operate merely on a stimulus-response basis.

The research involved the American cockroach, chosen for its relatively large brain, making it easier to measure and interpret neural signals and behavior in real-time.

The output neurons of the mushroom body also take into account the current state of the animal, like whether it is hungry, enabling more precise prediction of behavior.

🆔@neurocognitionandlearning

BY Neuroscience & Psychology




Share with your friend now:
tg-me.com/neurocognitionandlearning/5113

View MORE
Open in Telegram


Neuroscience of Learning Telegram | DID YOU KNOW?

Date: |

How Does Bitcoin Mining Work?

Bitcoin mining is the process of adding new transactions to the Bitcoin blockchain. It’s a tough job. People who choose to mine Bitcoin use a process called proof of work, deploying computers in a race to solve mathematical puzzles that verify transactions.To entice miners to keep racing to solve the puzzles and support the overall system, the Bitcoin code rewards miners with new Bitcoins. “This is how new coins are created” and new transactions are added to the blockchain, says Okoro.

What is Telegram?

Telegram’s stand out feature is its encryption scheme that keeps messages and media secure in transit. The scheme is known as MTProto and is based on 256-bit AES encryption, RSA encryption, and Diffie-Hellman key exchange. The result of this complicated and technical-sounding jargon? A messaging service that claims to keep your data safe.Why do we say claims? When dealing with security, you always want to leave room for scrutiny, and a few cryptography experts have criticized the system. Overall, any level of encryption is better than none, but a level of discretion should always be observed with any online connected system, even Telegram.

Neuroscience of Learning from ye


Telegram Neuroscience & Psychology
FROM USA