Stephen Baxter collaborates with i4is on AI for interstellar travel — Andreas Hein and Stephen Baxter explore the potential of artificial intelligence for interstellar exploration and colonization in a brand-new arXiv preprint (Image: Adrian Mann)
https://arxiv.org/abs/1811.06526
A startup called HyperSurfaces wants to completely change how you interact with the physical world — and based on some recently released demo videos, it might just meet that lofty goal.
The London-based startup recently unveiled a new technology that can transform any object into a user interface. Essentially, this tech lets you communicate with a computing system using virtually anything you like as a conduit — a glass wall, a car door, even a metal clothes rack — and it has the potential to end our reliance on keyboards, buttons, and touch screens forever.
In a collaborative study presented by scientists primarily affiliated with Stanford and Brown Universities, participants suffering from significant paralysis were successfully able to use non-modified applications on an Android tablet using their brain waves. In previous studies, “point-and-click” computer functionality interpreted from these kinds of signals has been accomplished, but the applications available to participants was limited to software and devices that had been specialized and personalized for users’ specific needs. This study has demonstrated technology that overcomes this limitation and enables access to the full range of software available to non-disabled users. Participants enjoyed applications previously unavailable to them such as streaming music services and a piano keyboard player.
To accomplish the study’s objectives, scientists capitalized and combined existing technologies for their unique end. Brain waves from participants’ brain implants were sent to a commercially available recording system and then processed and decoded by an existing real-time interpreter software. The decoded data was then transmitted to a Bluetooth interface configured as a wireless mouse which was paired to an Android tablet. While the steps to accomplish the task at hand are many, the result somewhat resembles telepathy but largely resembles greater accessibility for the disabled.
Continue reading “Paralyzed individuals successfully use brain waves to operate tablet computers” »
The US is investing in robotics and artificial intelligence as it races against China to develop the weapons of the future. The FT’s US foreign policy and defence correspondent Katrina Manson visits the US Army Research Lab to meet the scientists working on the latest tech developments.
For more video content from the Financial Times, visit http://www.FT.com/video
Continue reading “US scientists prepare for high-tech wars of the future” »
They are the only virtual receptionist service dedicated to creating personal connections with your callers—building trust with every call and increasing the likelihood you’ve secured a customer for life. Why not stabilize your receptionist position with an outstanding virtual service. You can also try out Ruby® Receptionists and save $75 off their first full month’s invoice by clicking on the link!
https://bit.ly/2lDMR0T
“Artificial Intelligence is not just a large part of a technological revolution, it’s a major part of a human evolution of going beyond the limits of an environmentally programmed human biological operating system.”
Continue reading “About: Be sure to check out Ruby® Receptionists” »
The company will have to wrestle more seriously with ethical questions as it expands into new industries and countries. These include Japan, where it’s making road-tracking software to help steer driverless Hondas, and the U.S., where its New Jersey health lab is developing cancer detection software. It’s also working to bring interactive games to livestreamers in Southeast Asia, teaming up with the popular app Bigo.
SenseTime, the world’s most valuable AI startup, aims to bring its smarter-cameras-everywhere model, well, everywhere.
Using machine-learning and an integrated photonic chip, researchers from INRS (Canada) and the University of Sussex (UK) can now customize the properties of broadband light sources. Also called “supercontinuum”, these sources are at the core of new imaging technologies and the approach proposed by the researchers will bring further insight into fundamental aspects of light-matter interactions and ultrafast nonlinear optics. The work is published in the journal Nature Communications on November 20, 2018.
