Explore our latest thoughts on neurotechnology, medical devices, and healthcare innovation
For nearly a century, reading an EEG was a craft reserved for trained experts. That era is ending. A wave of EEG foundation models—large neural networks pre-trained on massive troves of brain recordings—can now be adapted to detect seizures, forecast them hours ahead, screen for early Alzheimer's, and drive brain-computer interfaces. Here's how AI finally learned the grammar of brainwaves.
EEG once lived in a dimly lit clinical room. Now it's slipping into everyday gadgets—slim headbands, sensor-laden earbuds, and smart glasses that turn brain monitoring into something you can do continuously, at home. From seizure forecasting outside the clinic to home-based ADHD and PTSD therapy, here's how wearable neurotech is reshaping brain health in 2025 and beyond.
Electroencephalography (EEG) is a critical technology used to monitor and record electrical activity in the brain. EEG devices are essential tools in both research and medical fields, but there are significant differences between research-grade and medical-grade EEG devices. This article will delve into these differences, exploring the technology, specifications, use cases, and purchasing considerations for both types of devices.
Neuroscience is the scientific study of the nervous system, which includes the brain, spinal cord, and all the neurons and other cells that make up the nervous tissue. It encompasses a wide range of disciplines, including anatomy, physiology, psychology, genetics, molecular biology, and computational science, among others.
Neurologist concept. Doctor examine human brain. Idea of doctor caring about patient health. Medical MRI diagnosis and consultation. Vector illustration in cartoon style
