The COVID crisis throws into relief what happens when grief has—quite literally—nowhere to go. The evidence suggests that most people summon strengths that surpass their own expectations.
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The Intersection of AI and Human Intelligence
MIT’s Edward Boyden, Boston University’s Xue Han, and colleagues created a new genetic tool that enables the imaging of groups of neurons.
U.K. researchers developed a method to detect brain cancer from a blood biopsy using AI and infrared light spectroscopy.
Washington State University researchers have combined game theory, genomics and AI to create a tool that can identify genes that are antibiotic-resistant in bacteria.
Duke University researchers have created an AI method that can accelerate research in biomedicine, neuroscience, pharmacokinetics, drug discovery, and more.
Research studies with promising results from treatments using neuromodulations are launching. Consumer-based transcranial direct current stimulation is an emerging market to watch.
EPFL scientists have demonstrated the new approach of shared control between machine and user intention—an advancement in neuroprosthetic technology.
Scott Barry Kaufman, Ph.D., redefines what it means to be intelligent.
In a new study, researchers created an all-optical multilayer artificial neural network for machine learning—a step towards computing at light speed.
CEO Gary Marcus and NYU professor of computer science Ernest Davis, sound a warning bell for AI in their new book.
In an AI milestone in life sciences, Insilico Medicine announced a new machine learning tool for drug discovery that can generate a novel molecule in days instead of years.
Neuroscientist find the brain area that impacts persistence and motivation—a new discovery that could one day help those with depression, addiction and other mental health issues.
In a first, scientists announce the development of a wireless, smartphone-controlled brain device for chronic drug-delivery and optogenetics.
Neuroscience researchers demonstrate how optogenetics can activate nerve cells in the visual cortex to trigger hallucinations in mice.
New AI study led by Harvard-MIT Division of Health Sciences uses deep reinforcement learning algorithm for ICU pain management to help combat the opioid crisis.
IBM Research in Zurich, Switzerland introduces three novel AI deep learning tools to accelerate cancer research and pharmaceutical drug discovery.
OpenAI and Microsoft announced a new partnership to bring AI technology to market with the shared emphasis on deploying AI in an ethical, secure, and trustworthy manner.
Is Neuralink’s goal of AI and brain symbiosis humanity’s next chapter? Yesterday, Musk unveiled aspirations to connect the human brain with AI via the smartphone by 2020.
New neuroscience study finds a diet high in saturated fats promotes depression-like behavior in mice by disrupting the functioning of the brain.
Today, Massachusetts General Hospital announced a neuroscience breakthrough: the discovery of how the genes associated with neuroinflammation from Alzheimer's disease interact.
Alphabet Inc.’s DeepMind has introduced BigBiGAN, empowering machines with a de facto form of artificial imagination and creativity.
AI machine learning is being woven into the fabric of modern society, shaping the future of humanity.
How "Magic" gaming led to MIT's new AI deep learning system that automates neuroscience MRI brain scan image segmentation.
Recently, researchers used genomics and artificial intelligence (AI) deep learning to identify the contribution of noncoding mutations to autism risk.
Today IBM announced a new artificial intelligence (AI) model that can predict breast cancer malignancy and identify normal digital mammography exams as accurately as radiologists.
New Stanford study with co-senior authors Kristen Yeom and Andrew Ng shows HeadXNet, an AI deep learning tool, can help clinicians spot brain aneurysms with greater accuracy.
On June 6, 2019, researchers announced the discovery of how cells in the nervous system can pass on information to future generation through an RNA mechanism in worms.
Recently in March, startup Soter Technologies introduced their latest cloud-based AI machine-learning device that detects vaping and bullying, two rising youth health problems.
At the American Society of Clinical Oncology conference, companies shared how they are applying artificial intelligence to precision medicine.
A new atlas of the breast cancer ecosystem created using AI machine learning opens the door for precision medicine and immunotherapy breakthroughs in the future.
How artificial intelligence can be used to fight deadly fungi like Candida auris, a serious global health threat.
Cami Rosso writes about science, technology, innovation, and leadership.