Escape to the future with virtual reality

Plonk a set of smart glasses or a virtual-reality helmet before the philosopher Plato, and after his fastidious recoil there would be a moment of self-righteousness: “I told you so.”

Plato’s ”Allegory of the Cave“ has its inhabitants chained up and gazing at a stony wall. Over it flicker shadows that they take for reality. As we plug in, turn on and zone out with our current repertoire of virtuality-generating devices, we will find it worth musing over the challenge that Plato poses: do wisdom-lovers break those chains, as he suggests, and leave the cave to seek reality? Or do they stay put, finally face down the old misery-guts super-rationalist, and assert that this new layer of simulated experience is as natural to humans as play or art?

Simulation already draws on mythology. The much-heralded Magic Leap platform – which sees reality “augmented” as you look upon it, rather than entirely simulated like in a video game – sends household robot-gods scurrying around under tables and schools of whales undulating across the ceiling. Other human beings can be mapped in your augmented eyesight and rendered as cultural icons, creatures, objects, or aliens. An entirely new popular-culture storm is gathering here; last year’s Pokémon Go phenomenon was the merest flurry.

Gameful world
Still, it’s good to keep Plato’s admonitions about delusion and illusion in mind. We have come through a decade in which general enthusiasm for a “gameful world” (as theorist Jane McGonigal might put it) held out the hope of new forms of education and work. A generation of managers asked: look at all the free labour people do in World of Warcraft, Minecraft and No Man’s Sky. Can’t we “gamify” our endeavour or enterprise to elicit a similar kind of commitment? Not just for profit, but for social good, for mental health?

This agenda has progressed somewhat into the mainstream. In the current series of House of Cards, Frank Underwood’s presidential challenger – the damaged military hero Will Conway – uses a war-gaming VR headset as therapy for his post-traumatic stress disorder.

Yet the “serious games” movement (which has an upcoming conference in July at George Mason University in Manassas, Virginia) can rarely overcome the oldest truth about any human engagement with games, play or mimicry – that being able to freely chose to play the game, beyond utility or coercion, is the very point of it.

Freedom to play
This freedom to play is not just a rabbit hole into which one’s attention disappears. The link between freedom and play could perhaps be preserved in a “serious” game if the political stakes were high enough. Some regard virtual-world creation as a tool, as yet barely wielded, for reordering society. In his recent book Postcapitalism, Paul Mason wonders why we have “no models that capture economic complexity, in the way computers are used to simulate weather, population, epidemics or traffic flows”.

Mason’s simulations would be “agent-based” and unpredictable: you create a million digital people with digital resources and needs, set them loose in a synthetic world, and are informed and illuminated by what emerges.

The assumption is that economics needs to be much better at anticipating major surprises and crises that arise from messily motivated – rather than rationally maximising – human beings. Synthetic worlds, with their increasingly daunting simulation power, can set those hares running.

Rehearsal for reality
So virtuality could indeed rehearse you for the complexity of the real world, not just act as an escape from it. The optimism of the current wave of AI pioneers, such as Google’s DeepMind, is that their learning machines can be the great assistants of – not grim replacements for – human ambition, vision and will.

Our modern Plato should put on his techno-specs and walk out of the cave. He would still see a real world worth grasping and shaping, but one informed by the simulations and augmentations dancing before his eyes. Will we need new philosophies and philosophers to cope with our permanently virtual condition? Well, one might argue that’s all they’ve ever done.

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House Pushes for Creation of Military 'Space Corps'

Congress took formal steps on Thursday toward requiring the US military to establish a dedicated «Space Corps,» as concern mounts over the vulnerability of American space assets and their central role in modern war-fighting.

The move came with a stinging rebuke to the US Department of Defense from key members of the House Armed Services Committee, who asserted that Pentagon leadership doesn't appear to grasp how delays and cost-overruns stemming from a «crippling» organizational structure are threatening America's military readiness in space.

«We are convinced that the Department of Defense is unable to take the measures necessary to address these challenges effectively and decisively, or even recognize the nature and scale of its problems,» said Rep. Mike Rogers (R-AL), who chairs the House Armed Services Subcommittee for Strategic Forces, and Rep. Jim Cooper (D-TN), the subcommittee's ranking member, in a joint statement. «Thus, Congress has to step in.»

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Different Ways to Charge a Kindle Fire Device Easily

Almost the kindle fire users realized the best battery backup with kindle fire device. With different-different methods, you can charge your kindle fire device. For example; with a computer or A/C power adaptor plug. And if you think that your kindle fire battery backup gets down then you may need to reboot it or to get in touch with Kindle Fire Technical Support team.
Here we define that how to charge kindle fire device with a computer:
Charge Kindle Fire Device with Computer:
• Plug your laptop or computer with kindle fire device.
• Now turn on your computer and you will take to leave the system on and avoid stand-by or hibernation manner throughout the charging procedure.
• If Kindle device went with power adapter, unplug micro USB from the adaptor and then plug USB port into the system.
• Charge your Kindle Fire device until your device has 25 percent battery left. Either it will show “critical battery, “message.
• Small plug of USB cable attaches to the Kindle Fire and wide USB plug side attaches with computer’s USB port.
• Now, Wait! For some time, your computer will recognize kindle fire device.
• And select that you want to use your kindle fire device while charging it. Either leaves it for 3 hours further without doing anything.
• When your Kindle device will get fully charged it will leave a fresh green light. And now you will need to release your kindle fire device safely.
Hope the above blog will help you to charge your kindle fire device with a computer without getting any stuck. And still, you think that you get any technical trouble then get in touch with kindle fire technical support number@ (+1-800-862-1903). Kindle technical experts team will assist you instantly.

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Mar Resistance of Paint Coatings by Nanoscratch Testing

Mar can be defined as a physical damage that typically occurs within a few micrometers of the surface of the topcoats; these damages are commonly the cause of the changes in appearance seen on the paint coatings [1].

Mar is thus one of the big concerns of the automotive coating sector.

Some reasons for mar include keys, branches, blowing sand and fingernails. The car wash is however considered as the main cause [1] as it is one of the few repeated activities for most car owners.

The purpose of this article is to show a mar behavior analysis methodology with the aid of the Anton Paar Nanoscratch Tester. This methodology, which allows an objective quantitative measurement of the mar behavior on automotive paint coating, will be comprehensive in this article together with a typical example. An example of progressive load scratch on automotive clearcoat is illustrated in Figure 1. The figure also illustrates a Panorama image, which is synchronized with depth signals and load recorded during the scratch procedure.

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EDM 700 — Most Advanced Aircraft Engine-Monitoring Instrument

EDM 700New technology has to offer only the most accurate and advanced engine data monitoring system, the highly efficient Engine Data Management 700 system is the leading in the market today. Bringing only the best and most consistent performance to your aircraft. The EDM 700 is crafted to assist you in monitoring all the microsystems within your aircraft to ensure they are functioning properly. This technical system is capable of monitoring 24 critical engine parameters approximately 4 times each second.

The EDM 700 is the handiest and superior compared to the others. With this system equipped with your aircraft, you are able to make an entire flight without every pushing a button. Flying into the future with super accurate micro-processing technology made to create the most enjoyable piloting experience. With the EDM 700, you are now able to sit back and enjoy the view comfortably knowing that aircraft is taken care of by the most sought out EDM system on the market.

The standard functions of this system are as follows;

• Shock Cooling
• Voltage
• Normalize
• LeanFind
• Differential EGT
• Long-term data module for data logging

The optional functions of this system are as follows;

• Turbine Inlet 1 & 2
• Outside Air
• Induction Air
• Oil Temperature
• Compressor Discharge
• Fuel Flow

This system is produced in a very prestigious manner not requiring you to re-adjust the system upon receiving. Only the best technology and knowledge helped produce this highly advanced aircraft monitoring system. Equip your aircraft with the extremely accurate EDM 700 that offers JPI's Linearized thermocouples. The manufacturers offer an all inclusive free software upon purchase of the Engine Data Monitoring 700 system.

Another unique feature of the engine data monitoring system is the ability to record 100 hours worth of engine data that can be downloaded through Keyspan USB and PC Interface Cables. Furthermore, this system has leaning modes of LOP/ROPJPI designs and automatically connect to 14 and28 volt electrical systems, for your convenience.

This system is also FAA approved under;

• TSO-C43B
• DO-160C
• DO-178C Level C & STC
• SA 2586 NM

Make a bold step into the future to better your Aircraft Flight Instruments and yourself, by making the EDM 700 your go-to system for monitoring the most intricate of aircraft engines. The highest degree of technology our world has to offer to supply maximum security detection for your Engine Monitoring Systems. Recommended by the most frequent of flyers for it's simplistic but reliable build. Though the crafters are confident in their craftsmanship and quality materials they want you to feel comfortable in your purchase and provide a three-year warranty once your RPM Sensor system is received.

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Packers and Movers in Surat

We Indian Packers And Movers company in Surat are an exceptional transport service providers not just in Surat, but also globally. We’re well renowned for being most reliable packers and movers. Our purpose of consumer fulfillment is always managed by assessing the demands of the demands of the customers. The most important aspect of our services is cost affordability, thus providing a trouble free move at very acceptable costs.

Make your house and corporate shifting a relaxing event. If you hire us to pack goods for you, our friendly an trustworthy staff can easily perform the task for you. Indian Packers and Movers stretches across the country by using ready to shift fleets of carriers and professional team of experts. Moreover, we have adopted the cutting-edge technology that helps us to manage and trace the location of the goods. We are experts for providing local shifting for households and offices in the most speedy and reliable way. Our services do not just end with unloading services, we also help in finally arranging the goods at the preferred destination. All these steps are carried out in an organized and systematic way. Our highlights are:

* Using waterproof and shock proof resistant packing
* Optional insurance for transportation
* Immediate delivery available (with extra charges)
* Optional assistance
* Usage of closed containers

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Recording fish song to make our fisheries more sustainable

What do fish sound like? When Gulf Corvina breed, their mating calls could be likened to an immense, underwater roar. Now, a group of researchers have found a way to use the deafening din to save these fish from exploitation. Using underwater microphones, they’ve developed a method for converting sound recordings of the fish’s calls into precise population estimates. Those could inform more accurate catch limits, they say, that would ultimately make corvina fisheries—and others—more sustainable.

Fish stocks worldwide are being depleted by overfishing, which often boils down to inaccurate population surveys that can lead to overly-liberal catch quotas. For the Gulf Corvina especially, overfishing over the last 20 years has taken its toll; the fish now has a vulnerable status.

Part of the problem for this species, the researchers explain in Scientific Reports, is that every year the entire population of two million corvina migrate to one spot in the Northern Gulf of California, Mexico, to spawn. There, males attract mates by producing their spectacular cacophony—so loud that fishers can easily locate them from the surface, and haul up more than a million over the course of three weeks. The researchers realized that if they could instead use the noise to monitor the population, there might be a solution for these fish.

Over the course of eight surveys in 2014, they used underwater hydrophones to record the corvinas’ roar at the Colorado River Delta where they spawn. The louder the din, the more fish there were assumed to be. But because of the way sound travels underwater it can be misleading, meaning the recordings alone couldn’t provide a dependable estimate. So the researchers paired them with sonar. This method pings sound waves into the water that bounce off objects and create a detailed picture of how many objects—i.e. fish—there are beneath the surface.

Sonar would be too costly to use for every population estimate. But in this case, the researchers only used it to sample the population size at different points in the survey, adding a layer of detail to the sound recording. If it worked, this would prove whether there was a link between more noise and more fish. And it did: “When all the fish are packed into the spawning grounds and males are chorusing during the peak spawning activity, we find a tight correlation between sound and abundance,” says co-author Brad Erisman from the University of Texas Marine Science Institute. “Now you can imagine a situation, if it’s predictable, [where] you can just have the underwater microphones out there,” he says. “Because you know this sort of sound intensity and this loudness corresponds to about this many fish. Then you have a very powerful monitoring capability.”

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Smaller Chips May Depend on Vacuum Tube Technology

The future of computing may be in its past.

The silicon transistor, the tiny switch that is the building block of modern microelectronics, replaced the vacuum tube in many consumer products in the 1970s. Now as shrinking transistors to even more Lilliputian dimensions is becoming vastly more challenging, the vacuum tube may be on the verge of a comeback.

In a darkened laboratory here, two stories beneath the California Institute of Technology campus, two students stare through the walls of a thick plastic vacuum chamber at what they hope will be the next small thing — a computer chip made from circuits like vacuum tubes whose dimensions are each roughly one-thousandth the size of a red blood cell.

At stake is the future of what electronic engineers call scaling, the ability to continue to shrink the size of electronic circuits, which is becoming harder to do as they become as small as viruses.

It has been more than half a century since the physicist Richard Feynman predicted the rise of microelectronics, noting “there’s plenty of room at the bottom.” He used the phrase in 1959 when he speculated about engineering with individual atoms. Several years later, Gordon Moore, co-founder of Intel, wrote that the number of transistors that could be etched into silicon wafers would double at regular intervals for the foreseeable future.

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Table Top SEM Models

As one of the most important instruments used in the characterization of solid materials, such SEMs are capable of magnifying within the range of 20X — 30,000X, while maintaining a relatively user-friendly operative design. Despite these strengths, traditional SEMs are often very large devices that are expensive to buy and maintain, as they also often require extremely stable and high voltages to supply their energy.

To combat such challenges associated with older SEMs, tabletop/desktop SEMs are much smaller systems that are easy to use, portable and much less expensive as compared to their predecessors. The use of tabletop SEMs is associated with a minimal space requirement while simultaneously providing high quality images of samples. Despite their reduced size, the resolution obtained by the use of tabletop SEMs is comparable to that of conventional devices. Known for their ability to provide a reliable analysis for a wide range of samples, some industrial applications that utilize tabletop SEMs include forensic science, pharmaceuticals, nanotechnology, life sciences and material sciences2.

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