Where Human And Machine Interact During The Fifth Industrial Revolution:

Are we prepared for the rapidly approaching time when technology literally becomes a state of mind? When it comes to revolutions, the one we are currently going through seems peaceful. The Fourth Industrial Revolution is made possible by internet-based and computing-based technologies, which largely operate in the background of our lives despite having substantial impacts that affect everyone, not least in these Covid-19 days. The Internet of Things (including "smart" toasters and refrigerators), artificial intelligence, autonomous vehicles, and DNA-based medicine are some of the main uses.

 

There are two things that are definite about this revolution: 

•    first, how quickly it is moving, and, 

 

•    Second, how many people it will affect and how. 

 

It's challenging to picture a future without the innovations of the Fourth Industrial Revolution. However, there will undoubtedly be more industrial revolutions, just as three follows four and four follows five. There are already hints of the next one, and it is expected to have the same profound effects on people's lives as its predecessors. But in order to comprehend what the Fifth Industrial Revolution will bring, it is necessary to first take stock of where we have come from.

 

Beginning in the late 18th century, the first Industrial Revolution mechanised industries with steam engines and displaces rural communities. When the combustion engine first arrived in the late 1800s, technologies of this era set the path for its utilization, which was what really propelled industries into the Second Industrial Revolution. The two main drivers of this revolution were aircraft and automobiles.

 

Computers and electronics were the defining technologies of the Third Industrial Revolution, which started in the 1960s. With less computational power than we have today, this allowed for some of the earlier space missions. Now that the Fourth Revolution has begun, here we are.

 

It's important to remember that the first revolution lasted for almost 200 years. The second lasted around 100, and the third lasted only 50. The pattern here is plain to notice.

 

The intimacy of technology is one trend that is particularly crucial for understanding what happens next. Steam engines were significant and imposingly large industrial instruments, situated in enormous facilities where hundreds of workers toiled. 

 

Then, during the second industrial revolution, the combustion engine and the telephone brought about a strong connection between humans and these new technology. 

 

The third revolution focused on personal computers and technology miniaturization. Through our smart devices, we are hyper connected to the majority of the earth throughout the fourth.

 

That relationship will become more direct and smooth during the Fifth Industrial Revolution, and it will appear unmediated. The smart device that we tap and speak into will no longer exist. Computer-brain interactions will take their place.

 

The fourth will be built upon by the fifth because digital networks and technologies of ever-smaller scales will be vital. We will soon discover that our imagination in orders of magnitude is more powerful than the frustratingly slow rate at which we currently write into our smart devices.

 

Yes, in a nutshell, and we have been doing it for a while. The longer response is more intricate but also more captivating. Machines were previously only connected to the nervous system and the brain for medical purposes, such as the treatment of spinal cord injuries or Parkinson's disease. Research has now concentrated on other, non-therapeutic applications, and some of the most well-known investments in this technology have come from Facebook, Google, Amazon, and Elon Musk's Neuralink. The Fifth Industrial Revolution is developing here.

In 2016, Mr. Musk established Neuralink. Since then, technologies have been developed that can record and trigger signals from tens of thousands of brain locations. These accomplishments heavily rely on artificial intelligence, and Neuralink is scheduled to make significant announcements later this month. Ctrl-Labs, a start-up based in New York, developed a wristband that detects the desire to move and enables users to control items on a screen by thought alone. Facebook just bought Ctrl-Labs. A key component in accomplishing this is machine learning.

 

Another tech pioneer, Bryan Johnson, created Kernel and recently revealed the company's capability to interpret a person's brain activity and identify the speech or song they are hearing. Mr. Johnson wants to bring in a "neuro-quantified era" to quantify both conscious and unconscious feelings and ideas. Investors appear to be excited because they invested more than $50 million in Kernel in early July. The path of travel is obvious. Technology and science are developing swiftly, whether for commercial, therapeutic, or lifestyle purposes. The Fourth Industrial Revolution's underlying technology will enable this because of the rising demand.

 

For example, to ensure our protection from contagious illnesses, we might do our mind-supported shopping, check in at the airport using a mind-reading wristband, or speak with others solely by thought. Regulation will eventually assist in making such gadgets widely available, secure, and safe. And by utilizing these technologies, we will build the groundwork for a brand-new revolution. The sixth industrial revolution could bring what?