Research Articles
Sparks of Genius: The 2D Brain-on-a-Chip Revolutionizing AI
Discover the revolutionary All-in-One Biomimetic 2D Spiking Neural Network - a brain-inspired AI chip built atom-by-atom that could transform computing.
The Architecture of the Future: Neuroscience and Design for Human Spaces
Exploring how neuroarchitecture merges neuroscience and design to create spaces that transform human cognition and behavior.
Decoding Desire: How Brain Waves Revolutionize Marketing Science
Exploring how EEG technology reveals subconscious consumer preferences and transforms marketing strategies through neuroscience.
The Chaos Code: How Brain Waves Decode Our Thoughts
Exploring how chaos theory revolutionizes brain-computer interfaces by decoding the hidden patterns in EEG signals.
Beyond the Lecture Hall: How Virtual Neurons and Teamwork Are Revolutionizing Neuroscience Education
Exploring how cooperative learning combined with computer simulations is transforming neuroscience education by enhancing cognitive activation and teamwork skills.
The Hidden Island Within: Unraveling the Mysteries of the Insula
Exploring the insula, the brain's integration hub where bodily sensations, emotions, and decisions converge, from its anatomy to groundbreaking discoveries.
The Unbreakable Core: How Mental Hardiness Shapes Well-Being in Multiple Sclerosis
Exploring how psychological hardiness influences well-being in people with Multiple Sclerosis compared to healthy controls.
The Silent Salesman: How fMRI Scans Your Brain to Predict What You'll Buy
Discover how fMRI technology is revolutionizing neuromarketing by revealing subconscious consumer preferences and predicting purchasing behavior with unprecedented accuracy.
The Mediated Mind: How Your Brain, Body, and Smartphone Co-Create Your Thoughts
Exploring the revolutionary framework of the mediated mind that explains how our thoughts emerge from four interconnected mediators.
The Silent Symphony: Building Cortical Bridges to Unlock the Brain's Potential
Exploring next-generation cortical interfaces that transform how we treat paralysis, decode cognition, and redefine human-machine symbiosis.