Focusing on conditions like Alzheimer's, Parkinson's, and ALS, this session will examine recent developments in detecting, monitoring, and treating neurodegenerative diseases. Presenters will highlight novel therapies and diagnostic tools shaping future care strategies.

Learn how neuroscience and engineering converge through devices that connect the brain to machines. Discussions will cover how brain-controlled technologies help restore function in people with paralysis or neurological damage, offering new paths to independence.

Dive into how brain activity and chemical signaling impact mental health. This talk will focus on the neurological roots of anxiety, mood disorders, and trauma, with insights into how brain research is guiding more personalized and effective treatments.

This session will investigate how the brain processes information, stores memories, and supports attention. Researchers will also explore what disrupts these functions and share current methods for enhancing learning and cognitive performance.

Understand how early brain development influences future behavior, learning, and emotional regulation. Topics include identification of developmental disorders and the role of early support in improving long-term neurological outcomes.

As lifespans increase, so does the need to preserve mental sharpness. This session will look at how diet, exercise, brain stimulation, and medical innovations can delay cognitive decline and help individuals maintain independence as they age.

AI is transforming how we analyze brain data. This presentation will highlight how machine learning is being applied in neuroimaging, pattern recognition, and predictive models to better understand brain disorders and guide treatment.

With advancements in brain technology come complex ethical questions. This session explores topics like consent in neuro-research, data protection in brain monitoring, and ethical considerations in cognitive enhancement technologies.