A new study finds that combined physical and cognitive training improves balance in older adults with Mild Cognitive Impairment, even those with hearing loss. The research highlights how sex and hearing perception influence recovery.
Hearing Loss Overwhelms the Aging Brain Read More »
A new study of 100,000+ associations reveals that the “exposome”—the total sum of our environmental exposures—is as influential as DNA in determining disease risk. Researchers found that cumulative exposures can explain up to 43% of certain heart disease markers.
100,000 Small Factors Rival DNA in Disease Risk Read More »
A new study reveals that the brain “builds” spatial maps through a process of information summation during echolocation. Researchers found that expert echolocators improve their accuracy with every additional mouth click.
The Brain Stacks Sound Information to Navigate the Dark Read More »
Researchers found that pigeons rewarded for any behavior sequence still refuse to settle on a single “best” path. This “edge of chaos” behavior suggests a deep-seated biological need for flexibility over efficiency.
Edge of Chaos: Why Pigeons Refuse to Become “Machines” Read More »
A new study reveals that “valence bias”—how we interpret ambiguous situations—is a key predictor of depression and anxiety. The study highlights a critical “positivity shift” at age 10 that can determine a child’s mental health trajectory.
Brain’s Default Setting for Ambiguity Matters for Mental Health Read More »
Solitary screen time acts as an “active barrier” to well-being for children with language delays. Researchers found that unsupervised digital use turns communication struggles into behavioral and emotional problems.
Solo Screen Time Hits Language-Delayed Kids Hardest Read More »
AI’s lack of “internal embodiment”—a digital equivalent to physical feelings—is a major safety risk. The study suggests that for AI to be truly trustworthy, it needs internal regulators that mimic human physiological states.
AI Body Gap: Why Robots Need “Internal Feelings” to be Safe Read More »
AI’s lack of “internal embodiment”—a digital equivalent to physical feelings—is a major safety risk. The study suggests that for AI to be truly trustworthy, it needs internal regulators that mimic human physiological states. Read more at Cerebratech
AI Body Gap: Why Robots Need “Internal Feelings” to be Safe Read More »
Researchers have successfully trained living biological neurons to perform complex machine learning tasks. By using microfluidic devices and “FORCE learning,” the team demonstrated that rat brain cells can generate chaotic mathematical patterns, marking a breakthrough in bio-inspired computing.
Wetware AI: Living Brain Cells Trained to Run Chaos Math Read More »
Researchers have successfully trained living biological neurons to perform complex machine learning tasks. By using microfluidic devices and “FORCE learning,” the team demonstrated that rat brain cells can generate chaotic mathematical patterns, marking a breakthrough in bio-inspired computing. Read more at Cerebratech
Wetware AI: Living Brain Cells Trained to Run Chaos Math Read More »
