holograms for smartphones and tablets are turning the sexiest science fiction novel into a reality with the launch of Google X's experimental program, Project Glass. The latest model of Google's new smartphone pioneer, the Google Glass, already has an integrated camera and video recording system. But holograms for smartphones and tablets have yet to find their way into the product line. But even if holograms for smartphones and tablets never find their way into everyday usage, they're still a promising technology with huge implications for the future of computing. You may read more here about this New technology of hologram.
Since the early 1990s, when Microsoft was first to use a holographic display, the technology has been transforming into smartphones with built-in displays. In more recent years, however, holograms for smartphones and tablets have found a new lease on life thanks to the advent of Google Glass. The glasses-and-simplest device that Google released last year has already garnered widespread attention among gadget fans and gadget reviewers because of its groundbreaking nature. Instead of displaying a traditional black-and-white digital display, the device uses a thick, colored lens to project 3-D holograms onto the user's eye. The effect is both visually striking and virtually realistic; people who have experimented with the hologram display say it feels as if they're really looking at the objects in front of them.
Google Glass is part of a long tradition of futuristic "smartphone" devices that combine hardware and software innovation to create truly new experiences in communication and computing. The integration of holograms into handheld computer hardware first appeared in 2021, with the release of the Kindle. The Kindle's e-ink display used a touch sensor instead of a physical keyboard so that it could respond to touch or voice commands. Soon after, applications for Glass and similar mobile devices began appearing on Android devices.
While the Kindle and its touch screen attracted a lot of attention because of their unique approach to technology, holograms are not far behind. In fact, recent patent filings by chip giant Samsung show that holograms are close to becoming a standard component of all smartphones. One reason why holograms are likely to make it to the touch screen stage sooner rather than later is that it takes a lot less processing power to implement a hologram onto the screen than it does to create one using a regular screen. A hologram is made up of a low-resolution image of a real object, which is then embedded within a high-resolution LCD or LED display, just as an image seen through a pair of eyeglasses. The result is that the display of the hologram appears to be real, and the interaction with the hologram is as natural as it would be with real eyes.
Phones with holograms may seem like a strange fit for a device that was designed to function solely as a cell phone--but that may not be the case. Although holograms are most often used as displays for digital photos, they can also be used as input devices for touch screen displays in mobile devices such as Android phones or Blackberry phones. A future hologram-enabled smartphone may allow its users to use touch screens to csontrol a display. Other holograms may even display video, although at this point there are no clear plans for this type of functionality. Visit this site for more information about hologram technology.
Even though holograms are still very much in the research stages, they are showing no signs of slowing down. holograms are simply another application of technology that is being used in phones. Manufacturers are constantly looking for new ways to improve the performance of their current products, and holograms certainly fit into this trend. If holograms begin to appear on iPhones and other touch screen smartphones, they will undoubtedly spawn a whole new wave of applications that were unimaginable just a few years ago. However, the most interesting facet of holograms is probably the fact that they are the first step towards truly wireless communication between two or more devices, which is likely to pave the way towards even more advanced technology in the future. For more enlightenment on this topic, click here: https://en.wikipedia.org/wiki/Holographic_display.