In 1965 a young engineer named Gordon Moore observed a trend in the early days of microelectronics that defined the business strategy for the semiconductor industry than 200,000 million dollars today.
This observation, later known as Moore's Law, predicted that the complexity of integrated circuits would double every year with a measurable reduction in cost.
This
also allowed a semiconductor industry emerging to create the microprocessor (the brain of the computer) and many other integrated circuits that have led to personal computers, Internet, mobile phones and video games. Using advances in the technology of computer chips, we now have movies and TV shows with photo-quality moving images, cars that offer greater fuel efficiency with less pollution, one way to find our lost pets (with ID chips implanted), and devices that help us to locate in cities that do not know GPS.
This observation, later known as Moore's Law, predicted that the complexity of integrated circuits would double every year with a measurable reduction in cost.
This
also allowed a semiconductor industry emerging to create the microprocessor (the brain of the computer) and many other integrated circuits that have led to personal computers, Internet, mobile phones and video games. Using advances in the technology of computer chips, we now have movies and TV shows with photo-quality moving images, cars that offer greater fuel efficiency with less pollution, one way to find our lost pets (with ID chips implanted), and devices that help us to locate in cities that do not know GPS. 
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