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The Contribution of Technology In Modern Weapons And Warfare

The atomic bomb used against Hiroshima is said to have been both the first modern weapon and the last of the old. The bomb was new in the sense that it demonstrated in a single, horrible moment the devastating and destructive power of sophisticated technology. The bomb was less than modern in the sense that ancillary equipment upon which its effectiveness depended was developed independently.

The Charactertistics of Modern Technology In Warfare

The characteristic of modern weapons is that they are increasingly developed as integrated systems. This is in the same way that technology has become increasingly imprinted in businesses. Some of the examples of weapon development includes weapons delivery mechanism, logistic support, crew training facilities and deployment tactics. It is also worth noting that modern warfare tech is designed to meet a variety of potential and real threats

For an instance, the Armored Personnel Carrier (APC) was initially conceived as a lightly armored troop transporter which would provide tanks with an infantry screen in order to protect the tanks from enemy infantry infiltration and attack. However, because the APC was expected to operate in the same battlefield as the tank, it soon acquired a large caliber gun to protect itself from enemy tanks, an antiaircraft gun, extra armor, protective equipment for nuclear and chemical warfare, and elaborate target acquisition and communications equipment.

Modern warfare technology is designed to operate in or to have effects upon environments not previously thought to be part of warfare. Some of these include the nuclear submarines patrol polar icecap, submarine detection devices are implanted in the ocean’s floor, and satellites provide global surveillance, navigation and communications capabilities.

These design characteristics of modern weapons often result to development of costly and complex weapons. This is why to read more about 444 is necessary. Also, development costs for modern weapons can approach production costs, and their combined operations and maintenance costs often exceed their combined development and production costs.

There are many issues arising in the constant need to modernize a country’s warfare technology. For one, competing for scarce resources, proponents of particular weapon systems, including scientists and engineers who are often the initiators of new weapon projects, tend to exaggerate the military benefits that are likely to accrue from the developments they propose and to depreciate the technological and political risks that are likely to be involved in such developments.

Some commentators on military research appear susceptible to classification as technological determinists, as common assumption among them being that what is feasible in weapon technology will be produced.

Nanotechnology: Making All Things Possible In The Future

You might probably become familiar about nanotechnology from the billionaire, playboy, philantrophist himself, the great Tony Stark a.k.a Iron Man, straight from the movies. In the latest Avengers flick, you saw him integrating nanotechnology to his Iron Man suit, making it the most powerful and sophisticated form yet. Of course, you can’t expect nanotechnology to work the same way as in Marvel movies. Although, we can expect that nanotech will introduce us to a jaw-dropping future with its huge potential that it could offer in different fields.

Imagine A World With Nanomachines To Make Our Tasks A Lot Easier

We should not be surprised if one day, a brand new device or machine is unboxed that features nanotech. We should expect things like this to happen as the evolution of technology over the years has been surprisingly fast.

Microfabrication has developed as an extraordinarily successful technology for manufacturing small, electronically functional devices–transistors and the other components of chips. The development of these so-called microelectromechanical systems (MEMS) is proceeding rapidly, but the functions of the machines are still elementary, and they are micro, not nano, machines. The first true nanoscale MEMS (NEMS, or nanoelectromechanical systems) have been built only in the past few years and only experimentally.

However, there are some issues in using this kindof nano-system. First, there are challenges in fabricating nanodevices w/ moving parts, like sticking & friction. In the self-replication of these systems, there is a problem with complexity.

 If the pincers of the assemblers are to pick up atoms with any dexterity, they should be smaller than the atoms; atoms, esp. carbon atoms, bond strongly to their neighbors

Also, when it comes to making a nanosubmarine work, if such nanostructure can be built in the distant future, we should be cautious of random battering by water molecules. Who knows, we might need to know about the lie detector test prices uk when this happens.

In the field of medicine, when the doctors finally have access to nanotech in detecting and destroying diseased cells in the body, parts of the “little submarine” would have to focus on finding their prey and they would also require energy.

Samsung Teases First-Ever Foldable Smartphone, Galaxy X, But Will This Spoil S10?

Samsung has been up with Apple as the leading tech innovators in the world, and for the past couple of years, the rivalry has gotten tighter for the two giant companies. There are rumors that the South Korean tech giant will launch a foldable smartphone soon, potentially giving Apple’s iPhone line some serious competition. At this point, a foldable Galaxy X (or F) handset may no longer be just a fabled gadget, as a teaser video at the Samsung Developer Conference finally shows the world what this new technology would look like.

Samsung Greenlits The Infinity Flex Display

The Samsung Galaxy X has only been a subject for rumors among tech enthusiasts, but Samsung never confirmed that such device is hitting the shelves soon. Although, the company’s top exec mentioned that Samsung is working on a foldable smartphone soon, which is likely to be launched as part of the Galaxy Note line. Still, there are no confirmed reports yet regarding its possible release date.

The long wait might be over now as Samsung revealed an interesting smartphone design through a teaser video- an unnamed Galaxy device capable of opening like a clamshell then spreading out to be in full-size tablet mode. This new feature was introduced at the Samsung Developer Conference as the Infinity Flex Display, which can now be considered as a new frontier for the tech company in terms of creating mobile devices. This technology is far more innovative than the current Infinity Display headlined by the current Galaxy S and Galaxy Note iterations. However, as highly advanced and ambitious as it sounds, the Infinity Flex Display would require development of new manufacturing techniques and materials, if such technology were to be made available in the market. Nevertheless, the impending arrival of Samsung’s foldable handset will have a very special place in the history of smartphones.

Galaxy X, Galaxy F, or Galaxy Fold?

The teaser video did not mention the name of the Samsung smartphone sporting the Infinity Flex Display feature. While a foldable handset from Samsung is now pretty much a closed deal, it has yet to be confirmed if the one headlining the technology would be the Galaxy X. Other rumors suggest that the new device will be called the Galaxy F instead, in short for Galaxy Fold. However, as the new foldable design is called Infinity Flex Display, it is also likely that the device will be called Galaxy Flex.

Cool, There Is A Foldable Samsung Phone… But How About The Galaxy S10?

The Infinity Flex Display is just a proof of how Samsung has worked hard all these years to make such intricate concept into a reality. It requires dedication and skill to deliver this technology, much like how the collection of bags from dipaloselects.com/best-replica-handbags/ are carefully designed to look just like the original. However, some people are wondering if the Infinity Flex Display would ever be included in the Galaxy S series.

For now, it appears that the Samsung Galaxy S10, which will be up later this year, will have its own cutting-edge features, but it seems unlikely that the S9 successor will sport a foldable display.