Electronic ink display, also commonly known as e-ink, has always been equated with the PC era of computing devices. With the advent of mobile phones which carried small amounts of memory and simple electronic keyboards, the possibility of using a computer became clearer. The e-book had its entire keyboard on the screen, while traditional books had none.
The capacity of the electronic book, when compared to that of a ‘ traditional book ‘ is correspondingly more important and profound. The advent of e-books did not chose a specific place in our lives. The Knowledge we have can be found on any Kindle anywhere. One does not need to have the latest hardcover for the knowledge to be at their fingertips.
The Era of Electronic Ink Display
The shift from the paper to electronic kindles has taken place recently. And for this reason, the way we read books has changed too.
In the early days of the computers, when the hardware was expensive, and even in those days of relative computer literacy, many books had been written using pen and ink. The memory of the computer was sufficient to accommodate the verses of a standard book, and the staffing of the library was not very costly. Once computers were introduced to our countries, libraries suddenly became irrelevant.
Electronic Ink display, or e-ink, as it is commonly known to the technical world, is the use of electronic ink as a display technology. The electronic ink used is the same technology used in common inkjet printers. The electronic ink is created by semiconductor wafers. After the conclusion of the semiconductor industry, and as the price drops, electronic ink finds itself as the second most inexpensive manner to present information.
The use of electronic ink on displayITAs is increasing, and will soon replace floppy disks and CDs as the primary medium of information display. Information currently displayed on plasmas screens, LCD and other electronic devices is dependent of both image and colour quality. E-ink displays are still far from replacing floppy disks and CDs. floppy disks are still the primary method of storing and displaying information on computers.
e-readers are capable of storing and displaying information in such a way that the user can carry his document on the device with him and save it, without the hassle of flipping through magazines or books to find the information.
Once the semiconductor technology provides a solution for the switching voltage problem, electronic ink will find itself on the path to replacing floppy disks and CDs. The switching voltage will be provided by a simple bridge.
Nanotechnology will supply a solution for the optical problem. This ingenious solution is based on the idea of coating a thin layer of solid materials on the surfaces of objects. When light passes over the coating,ostics then determine the proper reading by measuring the change in its reflectivity.
Toleakproof and smudge-proof ink have been developed that will make it possible to read translucent tomes on display devices or in books with high sample rates. Such inks are currently being tested by the University of Queensland Australia in partnership with Magnetic Sensing (Magnetic Fringing). These inks will change the optical properties of the object which will allow the ink to attach itself to the surface and hence permits printing.
These two projects are focused on completely new ways to use and display information. Coating items with magnetic fields is a logical solution, but the applications of such devices go far deeper than just printing on such surfaces. They can bring alive the lost document in many ways, instead of simply relocation. In addition, they could allow for an interactive interaction with the display device which could react to the touch or other stimuli which the user is likely to give the display device.
To put it simply, these are flexible, intelligent and relatively low-cost, but if used in conjunction with modern technologies, they can do amazing things. Andunguency and smudgingprevent ink from adhering to surfaces, while diametrically opposed to the forces of gravity are used to prevent it from sticking to them. These smudging and dust obstacles are overcome through the use of electronic metallurgy. The improvements in the efficiency of the techniques used to produce the steel are of comparable magnitude to the improvements achieved in the nylon production, when combined with the advantages of low weight, high impact strength, and lifetime of use, and resistance to corrosion that are also inherent in the steel textile fabrics.
These are the stages of the development of the nanotechnology initiative. To follow the progress of nanotechnology lies the hope of its successful application in the various fields of engineering and technology.