Research Articles
Charting the Neuroethics Landscape: Navigating the Future of Brain Modulation in Canada and Beyond
Exploring the ethical implications of neuromodulation technologies in Canada and globally, including patent analysis and responsible innovation frameworks.
The Midnight Clock: Why We Get Sick When We're Tired and Elderly
Exploring how circadian rhythm disruption in the elderly increases susceptibility to infections through the lens of sleep, immunity, and aging.
Beyond the Naked Eye: How MRI Peers into the Living World
Explore how MRI technology revolutionizes animal research, providing non-invasive insights into biology and medicine.
Blockchain in Healthcare: Securing Our Medical Future
Explore how blockchain technology is revolutionizing healthcare through secure patient records, pharmaceutical supply chain protection, and streamlined clinical trials.
The Brain's Secret Code: Finding Neurons Without a Lens
Discover how ROI determination algorithms decode neural activity from lensless calcium imaging data, revolutionizing neuroscience research.
Sensing Streetscapes: How Amsterdam Is Using Neuroscience to Build Cities That Feel Human
Discover how Amsterdam is using eye-tracking technology and neuroscience to create human-scaled urban environments in the age of densification.
Mapping the River of the Brain: New Tools to Predict Aneurysm Rupture
Discover how revolutionary technologies are creating dynamic maps of blood flow in the brain to predict aneurysm rupture with unprecedented accuracy.
brainlife.io: Democratizing Neuroscience Through Cloud Technology
Discover how brainlife.io is revolutionizing neuroscience research through decentralized cloud technology, making cutting-edge brain analysis accessible to researchers worldwide.
Seeing the Invisible: A Cheaper, Safer Glimpse Into the Brain
How a new MRI technique called 3D Direct Current Neural Circuit Imaging with Ultra-Low-Field MRI could revolutionize medical imaging.
The Brain's Internal GPS: How We Steadily Map Our World
Discover how your brain accumulates spatial position information over time through fascinating neuroscience research on path integration and neural navigation systems.