Articles tagged with Observational Learning
Researchers found that motor areas of the brain are activated in a fashion similar to actual movement when watching someone else perform a task with the intention of later replicating it. This discovery may prove important in improving rehabilitation for individuals suffering from brain or bodily injury.
Researchers found that multi-sensory training programs significantly improve low-level perceptual tasks in adults. Engaging both vision and hearing can produce speedier learning and suggest modifications to adult perceptual systems.
Blindfolded subjects improved in recognizing trained movement patterns without visual stimulation. Skilled performers showed greater accuracy due to more precise motor programs supporting visual recognition. The study demonstrates a direct link between learned motor skills and visual action perception.
Researchers found that a 'reward' pathway in the brain primes the subconscious to learn efficiently. Participants showed marked improvement in recognizing moving dots despite focused attention on other stimuli. The study suggests long-term retention of learned behaviors and challenges the notion of fixed brain development.
Researchers found that subjects who watched a video of someone learning to navigate a robotic device improved their own performance when faced with similar challenges. However, the benefits of observation were diminished when performing unrelated arm movements during observation.
Researchers found that infants as young as four months old learn object concepts through visual observation, not manual exploration. The study used eye-tracking experiments to show that babies quickly grasp fundamental concepts by watching objects in motion.
Research finds that people typically focus on lower facial expressions when interacting with others, but these can be misleading. Studying brain activity, researchers discovered that the upper face is more closely tied to a person's true emotional state.
Researchers found that learning decreases brain variability, leading to improved perception and performance. Practice enhances sensitivity to relevant information, allowing individuals to identify faces and patterns more accurately.
Researchers at Princeton University genetically modified mice to have improved learning and memory by adding a single gene, NR2B. The results show that the brain uses a common biochemical mechanism for forming associations, and this finding could lead to human gene therapy for dementia.
Researchers captured images of brain activity while students learned an associative task on a computer, revealing a network of brain activation. The study confirms that learning and awareness involve multiple regions acting in concert, contradicting the traditional view of the prefrontal cortex as sole responsible.
Researchers found that snakes use vision to locate places and rely on visual cues to escape a maze-like arena. Younger snakes are more adaptable, while older ones focus on visual cues.
Researchers created a computer simulation to help robots learn by imitation, using virtual android Adonis to teach the macarena dance. The system demonstrates that imitation can make robots more flexible and effective in learning any task.
Research suggests that virtual reality's immersive and multisensory features facilitate conceptual and three-dimensional learning of abstract science concepts. The study found that VR microworlds can provide experiential referents and enable students to perceive invisible factors and relationships, leading to improved understanding.
A recent article by John T. Bruer, Ph.D., states that neuroscience does not provide conclusive evidence to support the idea that children's early years are crucial for future learning outcomes. The brain remains adaptable and changeable throughout life in response to environmental stimuli.
A recent Virginia Tech study reveals that students in technology-enriched courses reported more active engagement with coursework, investing more of their own time. Faculty members also reported a change in their role from one-way information dispensers to facilitators for learning.
A study published in Developmental Psychology suggests that bilingual preschoolers understand written languages faster and can read sooner than their monolingual counterparts. Bilingual children recognize symbolic relations between letters and sounds, allowing them to comprehend written language without visual objects.