Invasive vs. Non-Invasive BCIs: Applications, Implications, and the Road Ahead

From restoring movement in paralyzed patients to enabling hands-free interaction with digital devices, Brain-Computer Interface (BCI) technology…
The Dawn of Biocomputers: Where Biology Meets Computing

What Are Biocomputers? Imagine a computer that doesn’t rely on silicon chips and electricity alone, but instead…
The Power of Dual Sensing: Combining EEG and fNIRS in Wearable Headbands

The field of neurotechnology is evolving at an extraordinary pace, with wearable devices reshaping the way we…
Lab Streaming Layer (LSL) Gets Its Reference Paper

For over a decade, Lab Streaming Layer (LSL) has quietly transformed the way neuroscience and biomedical researchers…
From Brain to Bytes: How EEG Data is Captured

Have you ever wondered how brain activity becomes the waves and numbers you see in EEG software?…
Dry-contact EEG electrodes: materials, trade-offs, and our choice

Dry-contact electrodes make EEG faster to set up and easier to reuse. No more gel, no more…
A Comparative Analysis of EEG Cap Technologies

Electroencephalography (EEG), a non-invasive neurophysiological technique, employs the measurement of cortical electrical activity via scalp electrodes. The…
A Comparison of Electrodes: Dry, Wet and Soft

Electrodes are used in many technologies, fundamentally acting as transducers that convert the body’s ionic currents into…
100 Years of EEG: How Examining the Brain Changed Neuroscience

This year marks the anniversary of electroencephalography (EEG), which has reshaped our understanding of the human brain.…