
Explore SleepFM, a groundbreaking multi-modal foundation model for sleep analysis, leveraging brain, cardiac, and respiratory data to improve sleep stage classification and disorder detection.

Explore BMI's impact on intracerebral hemorrhage, EEG teaching via social media, and medication reconciliation in neurology through expert presentations and quality improvement projects.

Explore minimally invasive neurosurgical techniques for epilepsy, including DBS, RNS, and laser ablation, to enhance brain function and improve quality of life.

Explore novel biomarkers for presurgical evaluation in drug-resistant epilepsy, examining their potential to enhance treatment outcomes and patient care.

Explore heterogeneity in schizophrenia and schizoaffective disorders through Johns Hopkins' precision medicine approach, covering clinical phenotypes, treatment responses, and innovative research methods.

Explore the latest updates on epilepsy, including diagnosis, treatment, and management strategies for medical licensing exam preparation.

Explore high-order mathematical calculations for EEG source localization using MFEM. Learn to solve the EEG forward problem with patient-specific geometry and tissue conductivity from medical images.

Explore BEOS technique for detecting crime involvement through brain electrical signals. Learn about this non-responsive method based on EEG, presented by Prof. C.R. Mukundan.

Explore the life and groundbreaking discoveries of Herbert H. Jasper, a pioneering neuroscientist who made significant contributions across multiple scientific disciplines.

Explore EEG signal analysis to uncover probabilistic structures in auditory stimulus sequences, enhancing understanding of brain responses to complex sound patterns.

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.

Explore brain activity complexity during death, examining EEG data analysis methods and their implications for understanding near-death experiences and consciousness in final moments.

Explore the science of epilepsy and seizures with Dr. Baumer as she reveals groundbreaking research using transcranial magnetic stimulation and EEG to understand brain activity patterns and potential treatments.

Explore how to integrate biosensing hardware with LabVIEW to control systems through brainwave activity and muscle signals, enabling innovative hardware-brain interfaces.

Explore how brain activity patterns emerge during different states of consciousness through EEG analysis, focusing on Dynamical Independence measures in sleep, wakefulness, and anesthetic conditions.