#locomotion — Public Fediverse posts

🪰 NEW: Researchers analyzing #walking in #fruitflies, #mice, and #humans discovered that despite their anatomical differences, all three species exhibit the same joint-velocity pattern, where limbs farther from the body move faster than those closer to it.

This fundamental principle of motor control stays constant even as #aging affects each #species differently, suggesting that they share evolutionary #solutions to #locomotion.

👉 https://phys.org/news/2026-09-flies-mice-humans-pattern-radically.html

#biomechanics #animals #evolution #flies #insects #anatomy #physiology #research #neuroscience #biology #science

🪰 NEW: Researchers analyzing #walking in #fruitflies, #mice, and #humans discovered that despite their anatomical differences, all three species exhibit the same joint-velocity pattern, where limbs farther from the body move faster than those closer to it.

This fundamental principle of motor control stays constant even as #aging affects each #species differently, suggesting that they share evolutionary #solutions to #locomotion.

👉 https://phys.org/news/2026-09-flies-mice-humans-pattern-radically.html

#biomechanics #animals #evolution #flies #insects #anatomy #physiology #research #neuroscience #biology #science

🪰 NEW: Researchers analyzing #walking in #fruitflies, #mice, and #humans discovered that despite their anatomical differences, all three species exhibit the same joint-velocity pattern, where limbs farther from the body move faster than those closer to it.

This fundamental principle of motor control stays constant even as #aging affects each #species differently, suggesting that they share evolutionary #solutions to #locomotion.

👉 https://phys.org/news/2026-09-flies-mice-humans-pattern-radically.html

#biomechanics #animals #evolution #flies #insects #anatomy #physiology #research #neuroscience #biology #science

🪰 NEW: Researchers analyzing #walking in #fruitflies, #mice, and #humans discovered that despite their anatomical differences, all three species exhibit the same joint-velocity pattern, where limbs farther from the body move faster than those closer to it.

This fundamental principle of motor control stays constant even as #aging affects each #species differently, suggesting that they share evolutionary #solutions to #locomotion.

👉 https://phys.org/news/2026-09-flies-mice-humans-pattern-radically.html

#biomechanics #animals #evolution #flies #insects #anatomy #physiology #research #neuroscience #biology #science

🪰 NEW: Researchers analyzing #walking in #fruitflies, #mice, and #humans discovered that despite their anatomical differences, all three species exhibit the same joint-velocity pattern, where limbs farther from the body move faster than those closer to it.

This fundamental principle of motor control stays constant even as #aging affects each #species differently, suggesting that they share evolutionary #solutions to #locomotion.

👉 https://phys.org/news/2026-09-flies-mice-humans-pattern-radically.html

#biomechanics #animals #evolution #flies #insects #anatomy #physiology #research #neuroscience #biology #science

Egy oktatási segédanyagként is használható, szemléltető, érdekes neurális hálózaton dolgozom. Ebben segít az Opus-5.

...valamiért úgy érzem, hogy itt dolgozni kell a paraméterekkel, mert ez nem úgy tűnik, mintha megtanulna járni / egyensúlyozni, pedig az lenne a cél.

#ReinforcementLearning #NeuralNetwork #MachineLearning #ArtificialIntelligence #AI #DeepLearning #Simulation #PhysicsSimulation #NeuralNetworks #AIResearch #MachineLearningExperiment #Robotics #Locomotion #LearningToWalk #NeuralWalker #TechDemo #Coding #Programming

Egy oktatási segédanyagként is használható, szemléltető, érdekes neurális hálózaton dolgozom. Ebben segít az Opus-5.

...valamiért úgy érzem, hogy itt dolgozni kell a paraméterekkel, mert ez nem úgy tűnik, mintha megtanulna járni / egyensúlyozni, pedig az lenne a cél.

#ReinforcementLearning #NeuralNetwork #MachineLearning #ArtificialIntelligence #AI #DeepLearning #Simulation #PhysicsSimulation #NeuralNetworks #AIResearch #MachineLearningExperiment #Robotics #Locomotion #LearningToWalk #NeuralWalker #TechDemo #Coding #Programming

Egy oktatási segédanyagként is használható, szemléltető, érdekes neurális hálózaton dolgozom. Ebben segít az Opus-5.

...valamiért úgy érzem, hogy itt dolgozni kell a paraméterekkel, mert ez nem úgy tűnik, mintha megtanulna járni / egyensúlyozni, pedig az lenne a cél.

#ReinforcementLearning #NeuralNetwork #MachineLearning #ArtificialIntelligence #AI #DeepLearning #Simulation #PhysicsSimulation #NeuralNetworks #AIResearch #MachineLearningExperiment #Robotics #Locomotion #LearningToWalk #NeuralWalker #TechDemo #Coding #Programming