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Cami RossoPsychology Today |
AI deep learning accelerates brain-computer interface (BCI) neurotech accuracy.
A study shows a non-invasive one-size-fits-all brain-computer interface solution.
Brain-computer interface enables quadriplegic man to use his mind for computing.
New Alzheimer’s drug development uses AI, directed evolution, and fermentation.
Large-scale study shows AI predicting disease paths for up to 70 years of life.
AI predicted brain metastasis in lung cancer patients more accurately.
AI advances precision medicine by helping to identify immunotherapy candidates.
AI machine learning identifies drugs that interfere with one another.
Novel liver cancer drug delivery combines AI, MRI, and magnetic microrobots.
AI uses MRI and clinical data to predict effectiveness of depression treatment.
Landmark study uses optogenetics with proteomics to track neural dynamics.
In-human implantation of Neuralink's brain-computer interface is a milestone.
Study shows AI lacks robustness in predicting schizophrenia treatment outcomes.
AI machine learning predicts gene expressions for precision oncology.
The human brain inspires living AI hardware that can solve nonlinear equations.
New AI large language model system uses GPT-4 to accelerate chemistry research.
A new study compares diagnostic abilities of OpenAI’s AI chatbot with clinicians.
Machine learning finds differences in MRI scans of adolescent brains with ADHD.
A groundbreaking AI method may accelerate cognitive neuroscience research.
First non-invasive optical brain-computer interface connects the mind with AI.
New AI neuromorphic computing system learns handwriting with high accuracy.
A new study compares human versus AI creativity with surprising results.
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