AI is becoming a more integral part of the lives of consumers and businesses alike. Today, more than 85% of people in the US regularly use AI apps like navigation with real-time traffic. It seems like AI is getting smarter all the time. Still, there are plenty of those who believe that AI is not yet ready for prime time, that it will be a long time before AI ever becomes useful, and that AI has issues that will prevent it from being. One of the big issues that dominate news reports about AI is its impact on jobs and employment. So, should lawyers be concerned about AI. Lets check out the website Will Robots Take My Job. While actual robots may not replace lawyers, the opportunity for AI to change our profession is very real. If AI is going to have that significant of an impact on our profession, perhaps we should all understand a little more about what AI is. Let’s start at the beginning - where did AI come from? First “artificial” device to mimic human intelligence were the automatons that were introduced in the Mongol dynasty in the 13th Century. Automatons became more complex up to the Mechanical Calculating Engine invented by Charles Babbage at the beginning of the 19th Century. Since the beginning of the 20th century, we have seen an exponential explosion of computing power. The Exponential Curve for AI lags behind the curve for computing power because having enough computer power to emulate neural networks was one of the threshold innovations needed for AI to take off. Today AI is somewhere between the capacity of a mouse brain and a human brain, but by the end of the next decade AI will be on par with human intelligence and well on its way to surpassing the total intelligence of all humankind by the middle of this century. Entropy is why any organized system eventually disintegrates – sand castles and broken eggs are never spontaneously reassembled. Professor England – a pioneer in the field of quantum biology – first proposed his theory of “Dissipation driven adaptive organization” in 2013 – His theory assumes that the universe operates to spread energy over space, by promoting entropy and disorder; and, to better accomplish this, the universe creates local areas of higher states of order to more effectively disperse energy. Basically, in order to create the most chaos (entropy) the universe benefits from local areas of order. And it turns out that life is an especially effective entropic dissipater.