Explore how computational models uncover brain connectivity changes in Alzheimer’s, revealing insights into progression and treatments

Learn how breakthroughs in computational neuropsychiatry are shaping the future of personalized MDD treatment.

Discover how Neurotwins (tES 2.0) uses advanced simulations to enhance brain dynamics and personalized neuromodulation therapy.

Explore the journey of creating personalized neurotwins, biophysical head models, advanced simulation, how to tailor therapies, & much more.

Explore the future of healthcare in 2024: Digital Twins, AI Diagnosis Support, Digital Therapeutics, and more.

Unlock the mysteries of Alzheimer's Disease, learn about gamma oscillations and tACS, and the groundbreaking Neurotwin project.

This study explores how brain stimulation with a mathematical model affects neurons...

Neural mass models provide a physiologically grounded description of the average synaptic activity and firing rate of neural populations....