What Makes Solving Mathematics Problems Hard for Computers
Explore the challenges computers face in solving complex mathematical problems, examining the unique aspects of human mathematical reasoning and the limitations of current AI approaches.
Seeing Silence - The Beauty of the World's Most Quiet Places
Explore the auditory richness of remote places and the importance of preserving natural silence with photographer Pete McBride and conservationist Kristine Tompkins.
Squishy, Yet Satisfying: Exploring Deformable Shapes' Cross-Modal Correspondences with Colors and Emotions
Exploring cross-modal correspondences between deformable shapes, colors, and emotions to enhance tangible interactions in computing systems and develop design guidelines.
History of Neuroscience - Attention Research and Mental Chronometry
Explore Michael I. Posner's groundbreaking research on attention, mental chronometry, and cognitive neuroscience in this insightful interview detailing his influential career and discoveries.
How We Perceive Time - Sean Carroll
Explore the fascinating ways our brains perceive and measure time, from cultural differences to biological mechanisms. Discover why we live 80 milliseconds in the past and how our perception of the present moment works.
Visual Illusions - Catching the Brain Creating Reality
Explore how visual illusions reveal the brain's role in perception. Scientists discuss insights from magic tricks, viral images, and everyday experiences, shedding light on the complex interplay between eyes and mind.
Data Needed to Drive Conceptual Advances About Learning
Exploring data needs for advancing learning theories, bridging timescales from milliseconds to weeks in neurobiology. Discusses mechanisms of synaptic plasticity and associative learning across molecular, cellular, and circuit levels.
Perspectives and Discussion - Systems Consolidation
Explore systems consolidation in neurobiology with leading experts, discussing mechanisms of memory formation and storage across various timescales, from molecular to behavioral levels.
Diverse Mechanisms and Time-Scales of Local CaMKII Synthesis - Leslie Griffith
Exploring diverse mechanisms and timescales of local CaMKII synthesis in neurons, with implications for learning and memory formation across different temporal ranges.
Hippocampal Network Mechanisms of Memory Consolidation - Azahara Oliva (Cornell)
Explore hippocampal network mechanisms underlying memory consolidation, focusing on timescales of plasticity and biological processes that bridge neural events across different temporal spans.
Principles of Operation of a Cerebellar Learning Circuit - Steve Lisberger
Explore cerebellar learning circuits with Steve Lisberger, focusing on timescales of plasticity and underlying mechanisms in neural events and synaptic connections for associative learning across various durations.
Stepwise Synaptic Plasticity Events Drive the Early Phase of Memory Consolidation
Explore synaptic plasticity events driving early memory consolidation, bridging timescales from milliseconds to longer periods in learning and neural connections.
Perspectives and Discussion - Memory Updating
Explore diverse perspectives on memory updating mechanisms across multiple timescales, from molecular to behavioral levels, in this neurobiology conference discussion on learning and plasticity.
Molecular Mechanisms of Memory Updating in Young and Old Mice - Janine Kwapis
Explore molecular mechanisms behind memory updating in mice across age groups. Discover how the brain associates events over various timescales and the biological processes supporting associative learning.
Uncertainty-Based Memory Updating - Mate Lengyel
Explores mechanisms of memory updating based on uncertainty, bridging timescales in associative learning from molecular to behavioral levels. Discusses implications for neural plasticity and learning.
Role of Dendritic Plasticity in Memory Organization - Megha Seghal
Explore dendritic plasticity's role in memory organization, bridging neural events across timescales. Discover mechanisms supporting associative learning from molecular to behavioral levels.
Interrogating the Role of GABAa Receptors in Meta-Plasticity - Rich Kramer (UC Berkeley)
Explore GABAa receptors' role in meta-plasticity with Rich Kramer. Discover molecular mechanisms bridging timescales in learning and memory, from milliseconds to weeks, in this neurobiology research presentation.
Perspectives and Discussion - Metaplasticity
Exploración de la metaplasticidad y sus implicaciones en el aprendizaje cerebral. Discusión entre expertos sobre mecanismos moleculares, celulares y de circuitos que permiten el aprendizaje asociativo a través de múltiples escalas temporales.
Pathway-Specific TNF-Mediated Metaplasticity in the Hippocampus - Cliff Abraham
Explores pathway-specific TNF-mediated metaplasticity in the hippocampus, examining neural mechanisms for associating events across different timescales and their implications for learning and memory.
Decoding Time With Long-Term Plasticity of Short-Term Plasticity - Dean Buonomano
Exploring how the brain bridges timescales in learning, from milliseconds to days, through long-term changes in short-term synaptic plasticity. Insights into neural mechanisms of temporal processing and memory formation.
Perspectives and Discussion - Behaviorally Relevant Synaptic Plasticity Rules
Conference discussion on bridging timescales in neurobiology of learning, exploring mechanisms for synaptic plasticity and associative learning across molecular, cellular, and circuit levels to support long-term memory formation.