Evolution Has Gone Beyond the Natural World

The many advances in technology, especially those that have occurred just over the last couple of years have spawned a new term: techvolution (a blending of the words technology and evolution.) Those new “life forms” (to continue the evolution theme), however, can be said to basically follow the same tenets as those of regular evolution; that is, survival of the fittest.

If a website cannot keep up with the demands placed on it because its creators and managers do not keep up with technology, it will quickly become obsolete. Websites that offer online degrees as well as other information must constantly be updated and maintained so that the information given will be the most current and active.

This is true of anything, including Smartphone and Internet memes (ideas that are introduced via the Internet and literally seem to “take on a life of their own” — again another reference to evolution.) Smartphone have moved far beyond the idea of providing users with cell phone technology; now they are basically hand-held computers.

And, if you’re still scratching your head over what exactly Internet memes are, here’s an example you should recognize:social media. You know FaceBook, MySpace, Twitter, and all those sites. This was an idea that one or more people came up with, invented it, just kind of threw it out to see what happened, and watched it grow beyond their wildest dreams.

As techvolution continues to occur, who knows what may come next? It will take things such as people earning online degrees, however, for techvolution to continue. When something cannot or does not move forward, it is destined for extinction. When people continue to take advantage of techvolution, however, it is almost certain this will not happen, or else if it does, it will be a long time coming.

Robotic Technology in Humans

Sometimes we stumble onto new technologies, and in other cases mankind pursues developing technology to serve a particular need. This was the case with the U.S. military, which worked in tandem with the Neurophotonics Research Center to develop a fiber optic link that can be used as a patch to enable victims of spinal cord injuries to walk again. 
This means these patients could enjoy their lovely Los Angeles apartments again.

This research is currently being funded by the Department of Defense, and it is believed that in addition to spinal cord injured patients, those who have had a limb amputated can also benefit from this technology. It is hoped that the fiber optic link will allow signals to be passed from the artificial limb and the brain to allow the amputee to “mentally” move their prosthetic limb. 

This robotic patch technology is still certainly in its early development, but initial tests have proved encouraging. The race to develop this technology is international, and unlike Los Angeles apartments, this technology will prove to be very costly. The development of this kind of neurotechnology could have vast implications and could also greatly improve the quality of life for those who suffer from paralysis or amputation.

None of this technology would be possible without a robotic interface. The fiber optics involved in this process are so minuscule that the human hand would be incapable of manipulating them with any degree of success. It is hoped that this link between living tissue and a prosthetic device would be a result of thousands of sensitive sensors flowing through a single fiber. 

While this all may seem like science fiction, the truth is that without robotic technology these kinds of technologies would be impossible. While the likelihood of mankind creating a race of cyborgs is unlikely, this could well be the first step to integrating robotic technology into humans.

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Be Ready to Ride the Wave of New Technology

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When you’re interested in the Internet and new technology, there’s always something to see. You don’t have to wait forever for the latest advance to come out, because things are changing all the time. Each day, it seems as though there’s new and innovative technology appearing. No matter what field you work in, technology is generally becoming a part of your life. It’s not something you can really ignore — from the high-tech way that your new car works to the latest software download for the computer you just purchased. Even the medical field is into computers and the Internet for things like prescription refills and medical records.

It’s a great way to live, even though there are drawbacks and concerns that some people have about how much technology is taking over their lives. You don’t have to let it take over, though. You can use it for the things you need, and then turn it off and walk away so you don’t have to be tethered to it. If you use it at work, leave it there. Of course, a lot of people enjoy technology for the hobbies it can provide. There’s nothing wrong with that, as long as you know when to walk away. That software download isn’t more important that your family.

As long as you control technology and it doesn’t control you, you shouldn’t have to worry about a problem with the balance of what’s important in life. Then you can really enjoy the changes that technology is making and use them to your full potential. It can be a great way for you to learn new things, keep in touch with old friends, make new friends, and even gain new hobbies. People use it to go back to school and to explore their world without leaving the comfort of their home. What you do with it is up to you.

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3D Television On the Rise

The 2009 and 2010 technology fairs were dazzled with a new idea: the third dimension! Or, rather, a way of using that third dimension in the television and computer monitor technologies. It’s hardly likely that 3D monitors will catch on with quite the speed of social media software or other major technology trends — especially with its high price-tag, however, there’s also no doubt that this approach will increase in popularity as time goes on. So, how exactly does it work?

Let’s start by looking at the human eye. Although eyes are very pretty, they’re also shockingly functional. They let us see things, true, but they also let us perceive depth and distance. This is because of our mind’s ability to compare what it sees in one eye with what it sees in the other. Without that slightly different image in each eye, depth would be lost.

3D technologies thrive off of this straightforward concept, providing a different image for each of your eyes. It does this through the use of 3D glasses. Modern 3D technologies use a “blackout” technology that alternates imaging in each eye, and provides the slightly different perspectives in each that gives the sense of three dimensionality.

This isn’t the same as going to a theater that presents a show in 3D. For cinematic experiences, the concept is actually somewhat simpler. Have you ever taken off your 3D glasses at the theater? If you have, you’ve likely noticed what seems like a blurry screen with overlapping images. These “polarized images” are filtered out with the glasses you wear, sending a different part of the split image to each eye.

The difference between cinematic glasses and “shutter glasses” (the term used to describe the active 3D concept that goes into at-home tech) is that shutter glasses can function at resolutions at high as 1080p.

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Nanorobotic Technology

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Nanorobotics is the technology of creating a robot or a robotic device on a microscopic scale using nanotechnology. Nanotechnology engineers the building of nanorobots ranging in size from 0.1-10 micrometers. The nanorobot is constructed of molecular components and as of today the artificial non-biological nanorobots remains a hypothetical concept.

Nanorobotics Theory
Nanorobots would be microscopic robots and any use of them would require large numbers to perform a particular macroscopic task. The nanorobot swarms are incapable of replication or of unconstrained replication in a specified environment. These are found in the science fiction stories of nanites in “I, Robot”, Borg nanoprobes in Star Trek, or the infamous nanobots in Red Dwarf. Nanobot is used to indicate a fictional context as is seen in the movies just mentioned. But it is a technical word of a serious type of engineering studies also.

Some believe that nanorobots do not play an integral role in a productive nanotechnology environment outside a restricted factory environment. There is also a question that if it were to be developed if it would really be safe.

Futuristically speaking, medical nanotechnology has been posed as a possible method to use to inject nanorobots into a patient in the need of cellular level treatment. Conceptual discussions of nanorobotics include specific design issues that relate to navigation, sensing, manipulation, power communication, on board computation and locomotion.

Even though all aspects of the nanotechnology is in a conceptual status presently, the projected concepts continue to be developed. The manufacturing concept of positional diamondoid molecular would be the technology of nanoscale manufacturing which in turn enables the construction of diamondoid nanofactories. The diamondoid concept is to manufacture molecular machines and products made of diamond. Diamondoid materials include, of course, diamonds, covalent solid that is similar to diamond in chemical inertness and strength properties. Four technical capabilities will have to be achieved first — Nanomechanical Design, Programmable Positional Assembly, Diamond Mechanosynthesis and Massively Parallel Positional Assembly.

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