Evolution of Databases and Programming languages
The current modern age is evidence of the continuous and consistent evolution in the technological front as exhibited by internet connectivity in mobile phones, the manufacture of internet-enabled television sets, and even the increased Random Access Memory capacity of PCs, for example, the eighth-generation Hewlett Packard laptops (Bandthloz et al., 2015). Due to the increased speculations about the need for further development of more sophisticated technology coupled with the investment in technical research, the current changes can be extrapolated to provide a picture of the evolution that may be experienced in the programming languages and databases in the next 20 years.
Firstly, it is imminent that the graphics processing unit will outphase the central processing unit. Individuals nowadays fancy graphics cards, with the most affected group of the population being gamers. This has influenced the manufacture of more software that uses GPUs. Astronomers now simulate the galaxy with the help of graphics cards, an example of the widespread application of GPUs (Zwart & Berdof, 2015). This means that they will eventually dominate the environment, thus eliminating the CPUs. The JavaScript language will inescapably dominate the computing world. Initially, the only way to code a smartphone was by using the native language instructed by the manufacturer, but progressively HTML5 took over. However, JavaScript still stands as a better option as it is portable to the web. This implies that it may render the other languages obsolete with time.
Additionally, Android is continuing to colonize every gadget. Necessity has been responsible for various inventions, and when the phone cameras adopted powerful lenses, which posed a threat to the camera designers, they resorted to installing Android on cameras, empowering the Nikon cameras with the capacity to run applications like Instagram on the cameras. This android takeover is further stimulated by the manufacture of android boxes for television sets and the incorporation of android on refrigerators and washing machines, signaling a possibility of a complete takeover in the near future.
Plug-ins are also on the verge of replacing full-fledged programs. With the emergence of platforms such as MagicHour, plugins have been made relatively easier. Most of the platforms also offer good plug-ins in API. This further means that programmers can write more snippets which is advantageous as a small snippet can leverage an entire ecology filled with modules and libraries. The programmers will, therefore, create plug-ins rather than programs because they ease work and are inevitably going to be fully adopted in the next 20 years. Consoles will also continue to replace PCs (McCann, 2016). The consoles have inbuilt video cards that are relatively stable and equipped with superior graphics. However, these gaming consoles may just be the beginning of an imminent revolution. The programmers are thus challenged to implement the idea and come up with closed platforms, which will see the consoles wiping out the PC’ era.
Finally, with all these advancements, there will be a need to change the education standards, with machines becoming the new standard feature. Currently, data analysts have to write their own codes in order to perform complex analyses. However, there are signs of languages like R becoming regular features in most soft wares. Conclusively, it would be inherent to say that all these changes won’t happen overnight but will continue to be implemented procedurally. This would help achieve a milestone in technological advancements in approximately the next 20 years.
References
Bandholz, J. P., Piazza, W. J., & Weinstein, P. L. (2015). U.S. Patent No. 9,213,380. Washington, DC: U.S. Patent and Trademark Office.
McCann, P. J. (2016). A Conceptual Assessment of the Uncertain Future of the Personal Computer.
Zwart, S. P., & Bédorf, J. (2015). Using GPUs to enable simulation with computational gravitational dynamics in astrophysics. Computer, 48(11), 50-58.
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Question 
How will databases and their programming language evolve in the next 20 years?
Evolution of Databases and Programming languages
Provide some trend analysis and base your argument on technical and social research.