#prosthetic-eyes

#prosthetic-eyes

The ALEX RS is a bilateral upper-limb exoskeleton designed for post-stroke rehabilitation, covering 92% of the human arm's natural range of motion and is CE certified as a Class IIa medical device.

Body agency is a power returned after an incident took it away from the user's physical form, and some wearable devices and technologies have this exact goal in mind.

If we told them to look at the face, they could usually manage it. But they were mostly looking at the hands. The Prakash children eventually learn to look at faces when spoken to - usually a few months after their surgeries. Their experiences reveal that seeing doesn't come naturally the moment a person is cured of blindness. Newly-sighted people must learn to see.

Laboratory safety goggles have finally joined the ranks of smart devices. That's the promise behind LabOS, an AI operating system for scientific laboratories built by the Stanford-Princeton AI Coscientist Team, a group led by Stanford University bioengineer Le Cong and Princeton University computer scientist Mengdi Wang, with founding partners that include NVIDIA. Powered by NVIDIA's vision-language models to process visual data, the system is designed to provide AI with real-time knowledge of lab work so it can determine what causes experiments to fail or succeed and rapidly train new scientists to expert levels by guiding them through experimental protocols.

The glasses, developed over ten years, can guide people living with early-stage dementia through daily activities by identifying everyday objects and providing audio commentary and putting up visual prompts.

Complex 3D structures of cells called organoids could be used to test treatments for spinal-cord damage that can lead to paralysis.

When I take a walk in my neighborhood, my white hair, dark glasses, and white cane shout to the world that I am an older blind man. Some passers-by assume that I am lost and ask if I need help. It is true that blind people sometimes need help when using a mobility aid (a white cane or guide dog) to navigate their physical environment. However, once a person becomes proficient at traveling with a mobility aid, they typically need much less help.

Artificial intelligence (AI) machine learning is making a difference in assistive technology to help restore movement for the paralyzed. A new study in the American Institute of Physics journal APL Bioengineering shows how AI has the potential to restore lower-limb functions in those with severe spinal cord injuries (SCIs) by identifying patterns in brain signals captured noninvasively via electroencephalography (EEG).

There are two types of grants that U.S.-based organizations can apply for: Accelerator Grants for those who are already leveraging our AI glasses to scale their impact, and Catalyst Grants for organizations proposing new, high-impact applications using our Device Access Toolkit. We will award 15 Accelerator Grants of $25,000 and 10 of $50,000 USD, depending on the scale of the project. We'll also award five Catalyst Grants of $200,000. In total, we'll grant nearly $2 million to more than 30 organizations and developers.

One scientist at MIT, Cyrus Clarke, is working to do just that. Alongside a team of fellow researchers, Clarke has developed a physical machine called the Anemoia Device, which uses a generative AI model to analyze an archival photograph, describe it in a short sentence, and, following the user's own inputs, convert that description into a unique fragrance. The word "anemoia" was coined by author John Koenig and included in his 2021 book, The Dictionary of Obscure Sorrows.

Real estate with ocean views, stunning mountain vistas, and wide-open green spaces sell at premium prices because humans find those settings pleasing [1-5]. Certain color combinations in fashion-such as brown and forest green-blend harmoniously, while others, such as hot pink and orange, clash. And our eyes like certain proportions in visual objects (like buildings and human faces) but not others.

The company is building directly on its major success supplying its waveguide technology to glasses, and proving that geometric waveguides work at consumer scale with standard glass. At CES, Lumus showcased a ZOE prototype with a field of view of more than 70 degrees, an optimized Z-30 with 40% more brightness, and a Z-30 2.0 preview that's 40% thinner. David Goldman, VP of marketing, walked me through each demo with clear enthusiasm about the progress Lumus is making.

When Dr. Homoud Aldahash started the three-hour process of removing a tumor about the size of a walnut from a patient's brain, it was an experience unlike any other in his 25 years as a neurosurgeon. It wasn't Aldahash's gloved hands slicing 68-year-old Mohammed Almutrafi's right frontal lobe, but surgical instruments attached to a set of robotic arms, which Aldahash controlled from a console where he sat three meters away.