This post presents a new modeling study by our team and collaborators that uncovers the neural mechanisms behind prediction error evaluation and precision weighting in the brain. Using a biophysically grounded Laminar Neural Mass Model (LaNMM), the work offers a plausible implementation of predictive coding principles through cross-frequency coupling across cortical layers.

Can 40-Hz tACS modulate brain connectivity? This EEG study with Starstim 8 and eLORETA investigates frontoparietal dynamics.

As neurotechnology becomes part of everyday reality, the need for global governance grows more urgent. This post explores why a robust international regulatory framework—grounded in neuroethics, human rights, and responsible innovation—is essential to guide the ethical development and deployment of brain technologies.

New research uncovers how an Alzheimer’s EEG biomarker, linked to p-tau181, may reveal early brain changes before symptoms appear.

EEG reveals how music therapy changes brain patterns, lowers stress, and enhances cognition through carefully designed sound interventions.

Explore how embracing neurodiversity could lead to more adaptive, effective neuromodulation for autism, ADHD, and beyond.

Using Neurotwins to optimize tDCS treatments for epilepsy offers a new path to personalized, non-invasive seizure relief.

Explore the rise of consumer neurotechnologies and how neurorights can guide their ethical use, regulation, and responsible access.