AI models like AlphaFold and ChatGPT demonstrate the profound potential of deep learning technologies in transforming human cognition and predictive analysis.
Prompt Chemistry: Building "Word Catalysts" to Optimize LLMs
The evolution in prompt design enhances AI engagement, viewing prompts as compounds that deepen cognitive interactions.
How AI is reshaping science and society
AI models like AlphaFold and ChatGPT demonstrate the profound potential of deep learning technologies in transforming human cognition and predictive analysis.
Prompt Chemistry: Building "Word Catalysts" to Optimize LLMs
The evolution in prompt design enhances AI engagement, viewing prompts as compounds that deepen cognitive interactions.
Fly brain breakthrough 'huge leap' to unlock human mind
The mapping of a fruit fly's brain uncovers the connections and cells shaping intricate cognitive processing, crucial for understanding human brain function.
How the 'mind's eye' calls up visual memories from the brain
Different patterns of brain activity distinguish between recalled images and physical objects.
Ultra-detailed brain map shows neurons that encode words' meaning
Scientists identify brain cells encoding word meanings, creating a high-resolution map of neural representations for words.
Stunning images reveal the most detailed map of the brain EVER seen
A comprehensive map of the fruit fly brain aids in unraveling brain complexity and understanding cognitive processes in both flies and humans.
DMN, the neural network at the center of human creativity: Without it, we wouldn't have any ideas'
The default mode network plays a critical role in human creativity, with inhibition leading to reduced originality.
Adapting to Motion With and Without Attention
Attention has a limited role in modulating motion aftereffects, which persist even without focused visual attention.
Fly brain breakthrough 'huge leap' to unlock human mind
The mapping of a fruit fly's brain uncovers the connections and cells shaping intricate cognitive processing, crucial for understanding human brain function.
How the 'mind's eye' calls up visual memories from the brain
Different patterns of brain activity distinguish between recalled images and physical objects.
Ultra-detailed brain map shows neurons that encode words' meaning
Scientists identify brain cells encoding word meanings, creating a high-resolution map of neural representations for words.
Stunning images reveal the most detailed map of the brain EVER seen
A comprehensive map of the fruit fly brain aids in unraveling brain complexity and understanding cognitive processes in both flies and humans.
DMN, the neural network at the center of human creativity: Without it, we wouldn't have any ideas'
The default mode network plays a critical role in human creativity, with inhibition leading to reduced originality.
Adapting to Motion With and Without Attention
Attention has a limited role in modulating motion aftereffects, which persist even without focused visual attention.
How To Apply Cognitive Science In Instructional Design
Cognitive science enhances instructional design by revealing how learners process and retain information, leading to more effective educational strategies.
The Role Of Cognitive Science In Instructional Design
Cognitive science helps instructional designers create more effective learning experiences by understanding how the brain processes information.
Bit by the Instructional Design Bug: A Conversation with Connie Malamed
Instructional design involves more than eLearning development, encompassing various skills and creativity.
Key skills for instructional design include curiosity, passion for learning, open-mindedness, and understanding cognitive science.
Mastering Content Breakdown: Enhancing Learning Through Chunking
Chunking breaks down complex information for better retention and understanding.
Organizing information into manageable chunks enhances learning outcomes.
How To Apply Cognitive Science In Instructional Design
Cognitive science enhances instructional design by revealing how learners process and retain information, leading to more effective educational strategies.
The Role Of Cognitive Science In Instructional Design
Cognitive science helps instructional designers create more effective learning experiences by understanding how the brain processes information.
Bit by the Instructional Design Bug: A Conversation with Connie Malamed
Instructional design involves more than eLearning development, encompassing various skills and creativity.
Key skills for instructional design include curiosity, passion for learning, open-mindedness, and understanding cognitive science.
Mastering Content Breakdown: Enhancing Learning Through Chunking
Chunking breaks down complex information for better retention and understanding.
Organizing information into manageable chunks enhances learning outcomes.
What We've Overlooked In the Agency AI Conversation
The true potential of AI lies in its ability to understand and utilize natural language, beyond mere automation. The focus should be on harnessing language's power.
11 Brain Hacks To Learn Anything Faster
Teaching others enhances learning by promoting better organization and retention of material.
Spacing out study sessions is more effective for skill acquisition than cramming.
Guide to the Feynman Learning Technique
The Feynman Learning Technique helps in mastering any topic, from complex scientific theories to everyday skills.
Identifying gaps and working on them becomes easy through this technique.
How to Apply VARK Learning Styles for Better Learning | ClickUp
Understanding your unique learning style can significantly improve information absorption and retention.
What We've Overlooked In the Agency AI Conversation
The true potential of AI lies in its ability to understand and utilize natural language, beyond mere automation. The focus should be on harnessing language's power.
11 Brain Hacks To Learn Anything Faster
Teaching others enhances learning by promoting better organization and retention of material.
Spacing out study sessions is more effective for skill acquisition than cramming.
Guide to the Feynman Learning Technique
The Feynman Learning Technique helps in mastering any topic, from complex scientific theories to everyday skills.
Identifying gaps and working on them becomes easy through this technique.
How to Apply VARK Learning Styles for Better Learning | ClickUp
Understanding your unique learning style can significantly improve information absorption and retention.
The Improvisational Nature of LLMs and Human Thought
LLMs, akin to jazz, blend structure and spontaneity, expanding the boundaries of human thought and creativity.
The Threads Come Together: Interpretation, Language, Lists, Graphs, and Recursion | HackerNoon
Interpretation links language, recursion, and cognitive processes in AI, highlighting the depth of human-like interaction versus the limitations of early AI.
Interpretation is the Core of Intelligence | HackerNoon
Interpretation is fundamental for assigning meaning and reasoning in both human and artificial intelligence.
The Improvisational Nature of LLMs and Human Thought
LLMs, akin to jazz, blend structure and spontaneity, expanding the boundaries of human thought and creativity.
The Threads Come Together: Interpretation, Language, Lists, Graphs, and Recursion | HackerNoon
Interpretation links language, recursion, and cognitive processes in AI, highlighting the depth of human-like interaction versus the limitations of early AI.
Interpretation is the Core of Intelligence | HackerNoon
Interpretation is fundamental for assigning meaning and reasoning in both human and artificial intelligence.
When robots can't riddle: What puzzles reveal about the depths of our own minds
AI struggles with abstract thinking despite excelling at pattern recognition, highlighting a fundamental gap in common sense reasoning compared to humans.
New model allows a computer to understand human emotions
Researchers developed a model for computers to interpret human emotions using mathematical psychology, potentially improving human-computer interaction.
Why a Cognitive Scientist Put a Head Cam on His Baby
AI models struggle with learning language efficiently compared to toddlers who learn from very few examples.
When robots can't riddle: What puzzles reveal about the depths of our own minds
AI struggles with abstract thinking despite excelling at pattern recognition, highlighting a fundamental gap in common sense reasoning compared to humans.
New model allows a computer to understand human emotions
Researchers developed a model for computers to interpret human emotions using mathematical psychology, potentially improving human-computer interaction.
Why a Cognitive Scientist Put a Head Cam on His Baby
AI models struggle with learning language efficiently compared to toddlers who learn from very few examples.
What if Presidential Debates Followed the 30-Second Rule?
Debates should emphasize respect and substantive discussions over personal attacks to foster a healthier political climate.
Think your dog can understand words? This scientist says you might be right | CBC Radio
Bunny the sheepadoodle communicates with her owner using a soundboard, showcasing the cognitive abilities of dogs and their emotional connections with humans.
Fifteen Word-Link Puzzles
Connective thinking reveals how language and meaning are interconnected, highlighting cognitive processes through word puzzles.
The Illusion of "Now"
The brain processes information with delays, making real-time experience a complex predictive task.
How to work more efficiently, according a neuroscientist
Work expands to fill available time, often hindering productivity due to various factors like perfectionism and procrastination.
The brain operates on a ninety-minute cycle of alertness, suggesting breaks are essential for maintaining productivity.
How novelty positively impacts your brain
Routine can enhance productivity but may lead to boredom; introducing novelty is crucial for mental stimulation.
How to Make Left Brain vs. Right Brain Work for Your Team
Understanding left-brain/right-brain functions helps leverage team strengths and boost productivity, given that both brain hemispheres work together in cognitive tasks.
How to work more efficiently, according a neuroscientist
Work expands to fill available time, often hindering productivity due to various factors like perfectionism and procrastination.
The brain operates on a ninety-minute cycle of alertness, suggesting breaks are essential for maintaining productivity.
How novelty positively impacts your brain
Routine can enhance productivity but may lead to boredom; introducing novelty is crucial for mental stimulation.
How to Make Left Brain vs. Right Brain Work for Your Team
Understanding left-brain/right-brain functions helps leverage team strengths and boost productivity, given that both brain hemispheres work together in cognitive tasks.
MIT Researchers Find That Lawyers Do Something Very Sleazy to Keep Themselves in Demand
Legalese is used by lawyers to establish authority and confuse non-lawyers, which may be a deliberate tactic.
Hate reading contracts? MIT study explains the real reason legal documents are so hard to understand
Legalese serves a specific purpose that complicates understanding, even for educated individuals, and is a systemic issue rather than a mere oversight.
MIT Researchers Find That Lawyers Do Something Very Sleazy to Keep Themselves in Demand
Legalese is used by lawyers to establish authority and confuse non-lawyers, which may be a deliberate tactic.
Hate reading contracts? MIT study explains the real reason legal documents are so hard to understand
Legalese serves a specific purpose that complicates understanding, even for educated individuals, and is a systemic issue rather than a mere oversight.
Recently Published Book Spotlight: Inquiry Under Bounds
David Thorstad theorizes bounded rationality and its implications for rational inquiry, highlighting the constraints of both internal cognition and external environments.
Never forget where you left your keys! Scientist reveals memory trick
Relaxation can improve memory retrieval.
Trying too hard to remember can hinder recall.
'Tip of the tongue' experiences are common. They occur when we know a memory exists but can't access it.