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Integrated Circuits and their Advancement

 

Integrated Circuit

Today's Integrated Circuit Insights

Integrated circuits are wired highly conducting electrical units in an insulated format. It contains input parts as capacitors, processing parts as SoCs containing logic gates, lithographical image sensing units, and output parts as response screens i.e. LEDs, OLEDs, etc. 

The more efficiently you calibrate them the faster is the device. Capacitors can be made of good conducting metals and also with semiconductors as per requirement, SoCs are mainly made of high conducting metals to make the system efficient as they decide the speed and other efficiencies.

To increase the efficiencies one needs to increase the number of finely made logic gates of conducting metals to increase their frequencies of operation. Generally, logic gates are divided into various frequency zones to operate for different tasks to optimize the requirement of the kind of device being made for. 

There has been tough competition among SoC manufacturing companies like Apple, Samsung, Qualcomm, etc. to increase the frequencies of their operation to make devices perform even bigger tasks in a shorter time and using lesser energy. Also, companies are trying to manufacture SoCs capable of artificial intelligence. 
But, the competition has somewhat diverted to making SoCs as thin as possible to increase the number of transistors to the logic gates to increase the frequency of operation.


Proposed Advancements in Integrated Circuits

All we do in Integrated Circuits take the process and put on display the output. But, here we are forgetting the basic principle of transportation of energy. As we all know energy itself is an information carrier and an electromagnetic part of the energy can store and process the information as well. 

So, instead of trying to increase the frequency of operation by traditional means, we can do it by choosing better means of transportation i.e. choosing a plasmatic nucleus for electrons.

The reasons behind this choice are, electrons are present in probable locations around the nucleus, but choosing plasma guarantees better location coordinates for making it travel the same loop. At least we do not have to waste as much energy as a cloud of electrons do while they transport information. For doing so we need electromagnetic shielded optical fibers and plasma creator for metals or required elements for optimal frequency requirements. 

This will not only create way better SoCs but also revolutionalize the industry. Also, the plasma creator will take out electrons for serving other purposes of energy requirements. Believe it, it will create the most efficient integrated circuits of all time.






Analog IC Market

THE Analog IC market is growing like never before as shown in the pictorial representation. Digitalization in almost every field has forced the consumer to buy smartphones, TVs, smartwatches, etc. Without an analog device, people are being left behind time. 

This change has forced innovation to its very limit and the results are fruitful enough to keep the market satisfied. But, the innovators should not be sitting back and hoping for the change. As per my suggestions, this analog industry can take over every manual job and shall provide great times for humans to look out for more automation in human life. 

According to my perspective,  automation shall not make humans jobless but help humans even further to dominate the galaxies and universe. Looking into the mysteries of the universe shall unlock new jobs and opportunities that nobody thought of as an option.



Thanks for the time.

  



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