8don MSN
Through multiplexed theta waves, brain's place cells navigate using both external and internal cues
Place cells are specialized neurons in a brain region known as the hippocampus, which have been found to fire when animals ...
A high-resolution brain interface records movement signals from the brain's surface, enabling real-time control performance similar to invasive implants without entering brain tissue. (Nanowerk ...
Are brain waves and similar neural data the next frontier in consumer privacy worries? A trio of U.S. senators have ...
Examining how cloud computing infrastructure supports Huawei's automotive audio development, from R&D simulations to real-time sound processing in connected vehicles.
Morning Overview on MSN
Apple patents neural interface for device control
Apple has recently secured a patent for a neural interface technology that promises to revolutionize how users interact with ...
BossaNews UK on MSN
Five Futuristic Inventions Turning Humans into Cyborgs
Technological innovation is rapidly transforming human capabilities, with a new wave of devices blurring the line between biology and machinery. These emerging technologies, many of which are already ...
Former FBI Director James Comey has been charged with making a false statement and obstruction in a criminal case filed days ...
Our Culture Mag on MSN
The Science of Sleep: How Your Bedroom Environment Shapes Your Mental and Physical Well-being
In our fast-paced, always-connected world, quality sleep has become a precious commodity. Yet, many of us underestimate the ...
Music affects us so deeply that it can essentially take control of our brain waves and get our bodies moving. Now, ...
Precision Neuroscience Corporation (Precision), a leading brain–computer interface (BCI) company, today announced the publication of a study in Nature Biomedical Engineering describing the company’s ...
California-based Cognixion is launching a clinical trial to allow paralyzed patients with speech disorders the ability to ...
New research shows that slow oscillations in the brain, which occur during deep sleep and anesthesia, are guided by neuronal excitability rather than structural anatomy.
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