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Machines running on human energy? Yes, it can happen, according to Dan Nicolau, Jr. from the Department of Integrative Biology at the University of California. Nicolau and his colleagues successfully completed a proof-of-concept study of a book-sized computer that runs on adenosine triphosphate (ATP), a biochemical that releases energy in cells and aids in energy transfer.

The study results published in the Proceedings of the National Academy of Sciences (PNAS), describe the combination of geometrical modeling and engineering as well as nanotechnology to create circuitry that uses 1.5 × 1.5 cm in area and the naturally occurring protein to operate.

A More Sustainable Option

Other than the mere presence of a human energy source in a machine, an astounding aspect of the device is how, as opposed to electrical energy that produces heat, the biological agent powering this new computer enables it to remain cool and energy efficient, making it more sustainable.

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Think your personal time is yours? Think again.


A new initiative from the U.S. Office of the Director of National Intelligence aims to create an intelligent surveillance system that can analyze live video and spot suspicious behavior in real time. According to Defense One, the research project is called Deep Intermodal Video Analytics (a.k.a. DIVA) and it will be a joint effort between academics, the private sector and ODNI’s Intelligence Advanced Research Projects Agency.

In an announcement, IARPA officials laid out the project’s goals: “The DIVA program will produce a common framework and software prototype for activity detection, person/object detection and recognition across a multicamera network,” IARPA officials wrote. “The impact will be the development of tools for forensic analysis, as well as real-time alerting for user-defined threat scenarios.” In other words: the system should be able to identify suspicious behavior in real-time.

One of the problems with existing systems is that they can identify individual people or objects, but not many of them at the same time, or the complex interactions between them. The DIVA system as it is proposed would be able to identify certain types of movements like a person carrying a firearm, two people exchanging an object, or someone walking up and abandoning a potentially dangerous object on the street.

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WASHINGTON, 9 June 2016. U.S. intelligence experts are asking industry for ideas on developing networks of unmanned underwater vehicles (UUV) for covert surveillance of international ship traffic in important harbors, waterways, and choke points.

Officials of the U.S. Intelligence Advanced Projects Agency (IARPA) in Washington issued a sources-sought notice Tuesday (IARPA-BAA-16–09) for the UnderWatch project.

The IARPA UnderWatch project seeks to use UUV networks to monitor ships and maneuver to inspect contacts of interest. IARPA is the research arm of the U.S. Director of National Intelligence.

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Fun video and article with some transhumanism now on the main China Public TV (English).


We’ve heard a lot about Augmented and Virtual Reality. But outside of gaming, is it practical in the workplace? That’s a key focus at this year’s Augmented World Expo in Silicon Valley.

At the Augmented World Expo, it’s goggles, goggles and more goggles.

Companies like Vuforia are out to prove augmented reality is not just fun and games. Their software allows a service technician to more quickly repair almost anything.

“If you’ve ever struggled with something that looks like a diagram, something 3-dimensinal maybe an instruction manual, an automotive manual where you are trying to go through different steps. All of those diagrams come off the paper and can be over your eyes and in your hands using AR,” Jay Wright, president of Vuforia, said.

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Today’s reminder that you are definitely living in the future — 3,000 engineers have an “uncertain future” after Holmes, an artificial intelligence (AI) tool at Wipro which can automate these projects.

The Prostitutes Of The Future Will Be Robots, According To This Study

According to the Mint, it will free up 3,000 engineers from “mundane” software maintenance jobs, and save save the company about $46.5 million.

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The QUTIS research group (www.qutisgroup.com) of the University of the Basque Country (UPV/EHU) and Google’s quantum computation team have collaborated on a pioneering experiment that universally digitizes analogue quantum computation on a superconducting chip. This breakthrough was made at Google’s labs in Santa Barbara (California) and has been published in the prestigious journal Nature.

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Edwin E Klingman, [email protected]

PO Box 3000, San Gregorio CA 94074

Abstract.

Because every physical theory assumes something, that basic assumption will deter­mine what is ultimately possible in that physics. The assumed thing itself will likely be unexplained. This essay will assume one thing, a primordial field, to explain current physics and its many current mysteries. The derivation of physics from this entity is surprisingly straightforward and amazingly broad in its implications.

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