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Ohio State University

— Health & Wellbeing

Video games replace eye patch to treat lazy eye

With video games having previously been found to improve decision making speeds and the brain's capacity to learn, scientists have now created challenging computer games with a fun element that significantly improved depth perception and binocular vision in people with a lazy eye. Unlike the traditional patch used to treat the condition, the video games encourage both eyes to work together. Read More
— Medical

Study indicates that C-Pulse system helps hearts heal

When you hurt a muscle, it's usually advisable to lay off extensive use of it, until it's had a chance to heal. Well, your heart is a muscle. Although you can't just stop using it altogether when it's damaged, you can make its job easier. That's what Sunshine Heart's C-Pulse system was designed to do, and a current study suggests that it does indeed help victims of heart failure recover more quickly. Read More
— Automotive

Venturi unleashes 407 wild horses on the sand with all-electric dune buggy

We don't hear from boutique automotive manufacturer Venturi very often, but when we do, it's always interesting news. The creator of the world's first production electric sports car revealed an updated version of its 2010 America electric dune buggy at this year's Paris Motor Show. The new concept car combines the high performance and handling of a sports car with the ever-fun design of a sand-hungry dune buggy. Read More
— Medical

Brain implant and high-tech sleeve used to bypass spinal cord and move paralyzed limbs

In what is being touted as a world first, a quadriplegic man has been given the ability to move his fingers and hand with his own thoughts thanks to the implantation of an electronic device in his brain and muscle stimulation sleeve. Part of a neurostimulation system dubbed "Neurobridge," the technology essentially bypasses the damaged spinal cord and reconnects the brain directly to the muscles. Read More
— Robotics

Study of ant necks could help develop stronger robots

Though ants have long been known to carry loads many times their own weight, a new study has cast light on the extent of this strength and the mechanics responsible for it. Research conducted by a team from The Ohio State University suggests an ant can lift 5,000 times its own body weight, with its neck bearing most of the load, providing a potential blueprint for the development of much stronger robots. Read More
— Health & Wellbeing

Algorithm could drastically improve the performance of hearing aids

Despite some advances that have been made in the field, one of the continuing problems with hearing aids is the fact that they amplify background sound along with peoples' voices. While our brains are reasonably good at distinguishing between speech and distracting ambient noise, hearing aid users get the noise and the voice presented to them in one often-incomprehensible package. Researchers at The Ohio State University, however, may have a solution. They've developed a noise-filtering algorithm that's been shown to improve test subjects' recognition of spoken words by up to 90 percent. Read More
— Automotive

Venturi unveils world’s most powerful electric car, the VBB-3

French manufacturer Venturi Automobiles is no stranger to the world of high-speed electric vehicles. The company's ongoing collaboration with Ohio State University saw the Buckeye Bullet 2.5 set the current EV land speed record of 495 km/h (307mph) in 2010, and now the team is setting its sights on a new mark with what's billed as the most powerful electric car ever made – the Venturi VBB-3. Read More
— Science

Shape-changing lens blends human and insect vision

One example of biomimicry that keeps popping up on the pages of Gizmag is the use of insect eyes as a model for innovative new optical devices. It seems that the potential for development in this area is far from exhausted with the announcement of another bug-inspired lens breakthrough from Ohio State University. This experimental lens developed by associate professor of biomedical engineering and ophthalmology, Yi Zhao, combines the wide angle properties of insect vision with the depth-of-field capabilities of a human eye. Read More
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