Advertisement

Ohio State University

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

Science

"Microscopic shag carpet" may help bones bond with implants

Like a lot of things, bone cells grow and reproduce quicker on textured surfaces than on smooth ones. With that in mind, a team of scientists from Ohio State University are developing a new coating that could allow implants such as artificial hips to bond with bones faster. That coating is described as “a microscopic shag carpet made of tiny metal oxide wires.” Read More

Health & Wellbeing

New cancer treatment beats chemotherapy without the toxic side effects

If a locked door must be opened, explosives can be used, but normally it is better to use a key. The conventional treatments for cancer, surgery, radiation, and chemotherapy, have a range of terrible side effects that resemble the use of explosives in search of health. Now a key has been found to treat various forms of leukemia and lymphoma with only very minor side effects. The drug ibrutinib has proven sufficiently safe and effective in early clinical tests by physicians at Ohio State University that it has been given breakthrough drug status by the FDA.Read More

Space

Scientists propose using gravity microlensing to keep Kepler in the hunt

Last month, NASA declared its Kepler mission to hunt exoplanets at an end when one of the space telescope’s reaction wheels failed. Unable to keep itself pointed in the right direction, it could no longer carry on its hunt for planets beyond the Solar System. That seemed like the end of things, but Keith Horne of the University of St Andrews and Andrew Gould of Ohio State University disagree. They claim that Kepler could still hunt for exoplanets using gravity microlensing to detect how stars with planets distort space.Read More

Electronics

One-atom-thick germanium sheets could replace silicon in semiconductors

It consists of one-atom-thick sheets and it could revolutionize electronics ... but it’s not graphene. Chemists at Ohio State University, instead of creating graphene from carbon atoms, have used sheets of germanium atoms to create a substance known as germanane. Because of its numerous advantages over silicon, it could become the material of choice for semiconductors. Read More

    Advertisement
    Advertisement
    Advertisement
    Advertisement

    See the stories that matter in your inbox every morning

    Advertisement