Computational creativity and the future of AI

MIT

The new hydrogel type can be seen in these electron microscopy images, which show the nano...

A team of MIT researchers has developed a new, self-healing hydrogel that doesn’t require surgical implantation, but can be injected using a syringe. The new gel, which can carry two drugs at once, allows for more convenient treatment of numerous conditions.  Read More

A new advance could lead to bigger, cheaper and high-fidelity holograms (Photo: D. Smalley...

Microsoft's recent HoloLens announcement has reignited interest in holographic displays, but the current state of affairs suggests that this technology may still be too expensive and limited to become truly widespread. Researchers at Brigham Young University (BYU) and MIT are bridging the gap with a new important step toward the next generation of high-bandwidth, color-accurate holographic video displays that could span the size of an entire room at one tenth the cost of state of the art devices.  Read More

Scientists are studying vintage violins, to find out what features give them their distinc...

A team of MIT acousticians and fluid dynamicists have teamed up with Bostonian violin makers to meticulously analyze hundreds of instruments from the Cremonese period, considered the golden age of violin making. The findings not only reveal key design features, but also shed light on whether the development of the instruments was deliberate, or simply a product of human error.  Read More

A new type of engineered insulin stays in the bloodstream longer, and is only activated wh...

Researchers at the Massachusetts Institute of Technology (MIT) have developed a new method for tackling diabetes that could represent a significant breakthrough in treating the condition. The team's engineered insulin stays in the patient’s bloodstream, but is only activated when sugar levels start to tip the scales.  Read More

Because acoustic-gravity waves travel much faster than tsunamis, detection of them could s...

A new MIT study has examined the possibility of acoustic-gravity waves – high-speed sound waves often generated by underwater earthquakes and landslides – acting as an early warning of tsunamis and rogue waves.  Read More

The octopus-inspired device, inflated and ready to go

When you inflate a balloon and then release it without tying the valve shut, it certainly shoots away quickly. Octopi utilize the same basic principle, although they suck in and then rapidly expel water. An international team of scientists have now replicated that system in a soft-bodied miniature underwater vehicle, which could pave the way for very quickly-accelerating full-size submersibles.  Read More

MIT researchers are on the way to fully identifying the neurological underpinnings of suga...

Many who have tried to kick the sweet white crystals will tell you that "sugar addiction" is very real, and there are indeed neurological underpinnings that back them up. MIT researchers have now discovered that the pathways of the brain responsible for sugar addiction may differ from those which govern drug addiction and healthy eating, which could be a boon for studies and treatment of compulsive eating and obesity.  Read More

Artist's impression of two protoplanets colliding (Image: NASA/California Institute of Tec...

Until now, it has been generally accepted that a meteor constitutes a time capsule – a relic of the early creation of the solar system that has fallen to Earth, allowing us to delve into the distant past by looking at the composition of the essentially unchanged material that formed the basis of planetary formation. However, a new study carried out by researchers from MIT and Purdue University seeks to challenge the established belief, asserting that rather than representing the kernel of planetary creation, that they are instead a by-product of the violent and often cataclysmic process.  Read More

A recent MIT study has found that far less carbon dioxide than the ideal prediction of 90 ...

Carbon sequestration may not, according to researchers at MIT, be the panacea that some had hoped. A recent study, partially funded by the United States Department of Energy, has found that far less carbon dioxide than the ideal prediction of 90 percent may be turned into rock when sequestered. This means much might eventually escape back into the atmosphere.  Read More

 MIT researchers are developing algorithms that factor risk into planning to help get user...

Researchers at MIT are building a sophisticated algorithm to help with time-sensitive planning, estimating your chances of success and even suggesting alternate approaches that are more likely to succeed. The software, described by its creators as "a better Siri," could help plan projects on all scales, from long drives to air travel to multi-billion dollar NASA missions.  Read More

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