Some higher-end prosthetic legs are equipped with things like gyroscopes
and accelerometers, in order to guide their knee joint through a more
natural bending motion. In developing nations, however, such expensive
prostheses usually aren't an option. That's why a scientist from MIT is
developing a knee that could allow inexpensive legs to perform like the
Researchers at MIT have developed a new material that shows promise for use in ultra-long drug delivery systems, as well as electronic monitoring of the stomach and weight-loss intervention. A type of polymer gel, the material is flexible and pH-responsive, allowing it to reside in the stomach for long periods of time before safety dissolving in the small intestine.
Researchers at MIT have developed a new type of flexible, nanowire-based
supercapacitor with performance vastly exceeding its graphene
counterpart. It could find use as the ideal energy source for the next
generation of fitness trackers and other wearable devices.
A team of engineers from MIT may have brought us one step closer to keeping astronauts strong and healthy in space. They've created a centrifuge that will allow individuals to exercise whilst simulating Earth's gravity.
A new software being developed at MIT is proving able to autonomously repair software bugs by borrowing from other programs and across different programming languages, without requiring access to the source code. This could save developers thousands of hours of programming time and lead to much more stable software.
A team of scientists from MIT has put forward a theory that would explain the presence of enormous polar cyclones present on the gas giant Saturn. The cyclones, first discovered by the Cassini spacecraft in 2008, are so massive that they could swallow the Earth in their expanse. The research may even lead to better characterization of the atmosphere of distant exoplanets.
When it comes to creating surfaces, it's a simple task to either make ones that are smooth or ones that are bumpy. But now researchers at MIT have created one that can be both. The 3D-printed surface they have created can be either smooth, bumpy, ridged, or channeled and can dynamically change texture through the application of pressure.
A new study by MIT has revealed that the quantities of nitrous oxide (N2O), otherwise known as laughing gas, being released by the world's oceans has been dramatically underestimated. Heightened levels of N2O have the potential to seriously influence the health of our planet's ozone layer, as the gas is around 300 times more potent than the more prevalent menace of carbon dioxide emissions.
Research conducted by a team of MIT scientists suggests that applying a layer of graphene to power plant condensers could significantly improve efficiency. Early testing indicates that use of the material is vastly superior to current methods, and its application could lead to huge monetary savings, as well as a positive impact on the climate.
A team of researchers
from MIT and Aarhus University, Denmark, have discovered that
Earth-sized exoplanets orbit their parent stars in the same way that
our planet orbits our own Sun – maintaining a roughly equidistant
circular orbit. The discovery further narrows the characteristics of
worlds that could potentially play host to extraterrestrial life.