
This course is a system, design-oriented course aimed to provide exposure to Neuroscience and its importance in the real world. Neuroscience and Neuro- Instrumentation are popular research areas and this course is an introduction to both.

Discover strategies to perform optimally under stress, exploring mind-body connections and their impact on success, happiness, and safety. Insights from brain science reveal techniques to overcome performance anxiety.

Explore the developing brain's complexity, from genetic influences to childhood experiences, and learn about neuropsychiatric disorders, brain plasticity, and recent research advancements.

Explore effective treatments for female bladder leakage, including minimally invasive options, with UCLA OB/GYN specialist Dr. Tarnay. Learn about incontinence types, pelvic exercises, dietary changes, and advanced solutions.

Comprehensive overview of vulvodynia, covering symptoms, causes, diagnosis, treatments, and ongoing research. Explores current trends and new developments in managing this chronic vaginal pain condition.

Explore early warning signs, treatments, and prevention strategies for Alzheimer's and dementia with UCLA's Dr. Gary Small. Learn to boost brain health through lifestyle changes and cutting-edge research.

Explore neurosurgical approaches for chronic pain management, including cortical stimulation, thalamic interventions, and innovative targeting techniques to improve patient outcomes.

Explore spinal neuromodulation's impact on motor control, focusing on upper limb and hand function. Discover potential mechanisms and latest research findings in neurotechnology.

Comprehensive exploration of chronic abdominal pain and narcotic bowel syndrome, covering diagnosis, neuroplasticity, and various treatment approaches for effective patient management.

Explore the intersection of spirituality and mental health with experts, discussing the science behind spiritual experiences, their impact on well-being, and practical approaches to cultivating spirituality in daily life.

Explore the Brain Energy Theory for mental illness, examining mitochondrial dysfunction's role and its evidence. Delve into current diagnosis practices, treatment approaches, and potential paradigm shifts in mental health understanding.

Explore neurobiology of learning and memory, covering historical perspectives, associative learning, reinforcement models, and molecular mechanisms of memory formation and consolidation.

Explore visual inference techniques, including bottom-up attention and unsupervised object discovery, with applications in neuroscience, gesture recognition, and machine learning.

Explore neural network dynamics, balanced states, and correlated activity in heterogeneous clustered networks. Learn about theoretical models and their implications for neural computation and brain disorders.

Explore the foundations of psychology, from neuroscience to social behavior. Gain insights into human development, consciousness, learning, personality, and psychological disorders through comprehensive lectures.

Explore a captivating lecture by 2024 Nobel Prize in Physics winner John Hopfield, delivered at the Kavli Institute for Theoretical Physics in 2010. Delve into the intricate relationship between experiment and theory in neuroscience over the past quarter…

Explore the profound connection between diet and mental health in this thought-provoking TEDx talk. Discover how food choices directly impact cognitive function and overall well-being. Learn about the importance of mindful eating and its potential to enh…

Explore a complex medical case of a 64-year-old woman with sudden severe headache through expert analysis and discussion of diagnostic approaches and treatment options.

Explore a complex medical case involving a 58-year-old woman's recurrent confusion and brain MRI changes over 16 months. Gain insights from expert analysis and discussion.

Explore recent advancements in Alzheimer's diagnosis and treatment, including anti-amyloid therapy, with insights from Dr. John Dickson on the current state of the field.

Explore clinical, neurobiological, and programmatic insights into Functional Neurological Disorder and its implications for neurology.