Cerebellar Orchestration of Motor Behavior and Cognition
Explore cerebellar orchestration of motor behavior and cognition. Delve into vestibulo-ocular reflex learning, Pavlovian eyeblink conditioning, and cognitive learning mechanisms in different cerebellar modules.
On the Relation between Neuronal Oscillations and Evoked Responses
Explore the intricate relationship between neuronal oscillations and evoked responses in the brain with insights from Dr. Vadim Nikulin's research at Max Planck Institute.
The Cerebral Cortex: A Delay Coupled Recurrent Oscillator Network - CCS22
Explore the cerebral cortex as a delay-coupled recurrent oscillator network in this insightful keynote by Wolf Singer at the Complex Systems Conference.
Information Processing in Oscillating Brain
Explore how oscillations in the brain contribute to information processing and cognitive functions. Gain insights into neural dynamics and their role in cognition.
脳の機能 - 厳密性と柔軟性 - チャプター5
脳皮質の機能における厳密性と柔軟性のメカニズムについて、最新の研究成果とライブ観察技術を通じた知見を探求する
Neuroprosthetics - Testing the Limits of the Brain
Explore the cutting-edge field of neuroprosthetics, focusing on brain-controlled artificial limbs and their impact on restoring functionality and sensory experiences for amputees.
Tools to Help Discover How Your Brain Works
Discover DIY neuroscience tools and their potential to inspire future brain researchers. Greg Gage demonstrates accessible ways to explore neurophysiology and stimulate curiosity about the brain's inner workings.
Building Brain-Computer Interfaces with Timeflux
Explore brain-computer interfaces using Timeflux, covering neurophysiology basics, hardware options, and framework architecture. Learn to build processing pipelines and web interfaces for mind-controlled applications.
An ESR Model of Consciousness
Exploring epistemic structural realism as a framework for studying consciousness and its neurophysiological bases, emphasizing relations and structural continuity in theoretical models.
Holding on to Existence: Self-Models, Mortality Denial, and the Phenomenology of Meditative Self-Dissolution
Explore how self-models and meditation practices influence our relationship with mortality, examining neural mechanisms of death denial and the role of mindfulness in fostering acceptance.
Differential Operators Heterogeneous in Orientation and Scale in the Cortical V1 Cortex
Explore differential operators in the V1 cortex, examining their heterogeneity in orientation and scale for advanced neuroscience insights.
A Sub-Riemannian Model of the Functional Architecture of M1 for Arm Movement Direction
Explore a sub-Riemannian model of M1's functional architecture for arm movement direction, gaining insights into neural mechanisms and motor control.
Touch-and-go - Sensorimotor Processing in Neurotypical and Clinical Populations
Explore sensorimotor processing mechanisms across neurotypical and clinical populations, examining touch perception and motor control through expert research insights.
The Cannabinoids Within - How Marijuana Hijacks an Ancient Signaling System in the Brain
Explore the fascinating neuroscience behind marijuana's effects, examining how THC and CBD interact with the brain's endocannabinoid system and their potential medical implications through expert insights.
Perception of Visual Art and Topological Data Analysis
Explore topological data analysis applications in visual art perception, comparing eye movements for abstract paintings vs. AI-generated images using algebraic topology methods.
Dopamine Specifies the Statistics of Spontaneous Behavior
Explore dopamine's role in spontaneous behavior statistics through cutting-edge neuroscience research and experimental findings.
Motor Cortex Circuits for Motor Control and Learning
Explore motor cortex circuits' role in control and learning. Gain insights from UCSD expert Dr. Takaki Komiyama on neural mechanisms underlying movement.
Neural Circuits for Vision in the Natural World
Explore neural circuits underlying visual processing in natural environments, focusing on cutting-edge research and implications for understanding brain function.
Perception in Action: Neural Circuits for Active Auditory and Tactile Decision-making
Explore neural circuits for active auditory and tactile decision-making in perception, presented by Dr. Chris Rodgers from Emory University.