This Law Helps Find True Progress of Semiconductors:

The era of technology is growing very rapidly with a high growth rate and if you see, one of the most famous maxims in technology is of course the Moore’s Law. Due to this law, many things are changing and we are finally able to understand the strengths of the semiconductor. This law is more than 55 years old and has accurately predicted as well as described the shrinkage rate of transistors and some technology nodes are highly denoted by a set of roughly biannual waypoints. This is like a physics-based doomsday clock and in it; there is a unique type of technology developed by the scientists and developers. There are many disadvantages in excessively using semiconductors because it causes disturbance to our natural environment which in turn affects people badly. The numbers of a node have fallen relentlessly from the past decades as all of the engineers have managed to regularly double the number of transistors that they can install in a single patch of silicon.

There was no such thing which is called as a node when the famous Gordon Moore first pointed out the following trend that carried his name and it was believed that nearly about 50 transistors could economically be integrated on a well settle IC. But when lots of efforts were put on behalf of this the results were able to see after decades that lots of investment of billion dollars was made. Hence it will encourage the betterment of production line as well. 

Also, in case you're adequately lucky to peruse this article on a top-of-the-line cell phone, the processor inside it was made utilizing innovation at what's known as the 7-nanometer node. That implies that there are about 100 million semiconductors inside a square millimeter of silicon. Processors created at the 5 nm hub are underway now, and industry pioneers hope to be chipping away at what may be known as the 1-nm node within 10 years. After all, 1 nm is scarcely the width of five silicon atoms. So you’d be excused for thinking that soon there will be no more Moore’s Law, that there will be no further jumps in processing power from semiconductor manufacturing advances, and that solid-state device engineering is a dead-end career path.