Location Intelligence (LI) is not so quietly becoming a core part of most enterprise business’ strategies. In a survey of 220 data analysts, executives, and scientists, 85% believed that location intelligence would be “very” or “extremely” important to their organization’s success over the next 3 years, with 84% planning on investing in LI technology.

Location intelligence is the path forward for enterprise companies that have become increasingly frustrated and limited by the legacy proprietary systems traditionally used to visualize geographic information, known to many as GIS (geographic information systems).

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By printing custom bone prostheses, researchers hope they can better fix a certain kind of hearing loss.


The auditory ossicles of the middle ear – the malleus, incus and stapes – are the tiniest bones in the human body. All three can fit on a dime, with room to spare. Their job is to transmit sounds from the ear drum to the liquid of the inner ear. Illnesses, accidents and tumors can damage these bones, causing what’s known as “conductive hearing loss.” The remedy is a delicate surgery, in which the bones are replaced with a tiny prosthesis. But the surgery has a relatively high failure rate, about 25 to 50 percent.


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One of the fundamental ideas of quantum theory is that quantum objects can exist both as a wave and as a particle, and that they don’t exist as one or the other until they are measured. This is the premise that Erwin Schrödinger was illustrating with his famous thought experiment involving a dead-or-maybe-not-dead cat in a box.

“This premise, commonly referred to as the wave function, has been used more as a mathematical tool than a representation of actual quantum particles,” said David Arvidsson-Shukur, a PhD student at Cambridge’s Cavendish Laboratory, and the paper’s first author. “That’s why we took on the challenge of creating a way to track the secret movements of quantum particles.”

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The concept of Big Data is a relatively new one. It denotes the availability of vast volumes and sources of data, which were not available before. By itself, Big Data is powerful, and when combined with Artificial Intelligence and machine learning, the opportunities presented by this combination are just endless.  As big data moves to the maturity phase, firms are now looking for ways to combine the scale of AI and the agility of Big Data processes to bring about an acceleration on the delivery of the much-needed business value.

The Power of Combining AI and Big Data
Most businesses are data-driven. As a result, firms with the right type and quantity of data has the upper hand over rivals. Convergence between AI and big data is promising. Firms can now access large volumes of broken down and categorized data by their usefulness. Traditional computer processors cannot process big data. Big data can best be processed by a GPU database, which has the flexibility needed to handle a significant amount of data of different types.


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Innovation is a leading priority for CEOs: more than 70% list it as one of their top three areas of focus. Yet only 16% of companies we’ve surveyed believe that they’re better innovators than their peers. 

What’s holding them back? In our experience, innovators typically fall short for one of two reasons. Either they pursue the wrong innovation model for their business and competitive context, or they don’t support a good model with the capabilities it requires. 

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Kepler is the most successful planet-hunting spacecraft to date, with more than 2,500 confirmed exoplanets and many more awaiting verification. Future space missions, like the Transiting Exoplanet Survey Satellite (TESS), the James Webb Space Telescope and Wide-Field Infrared Survey Telescope (WFIRST) will continue the search for new worlds and even tell us which ones might offer promising homes for extraterrestrial life.


Make sure to follow NASA on Tumblr for your regular dose of space: http://nasa.tumblr.com

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