fbpx

Atomera Stock Soars on Hopes of Resurrecting Moore’s Law

June 1. 2020. 7 mins read

We recently discussed how Moore’s Law is coming to an end which threatens global productivity. Nearly everything around us today that’s considered “high-tech” is here because the power of computing has doubled every two years and plummeted in price – until now.

What’s Moore’s Law?

If you haven’t heard of Moore’s Law, it refers to a statement made in 1965 by Gordon Moore, the co-founder of Intel, who said that the number of transistors in a dense integrated circuit will continue to double every year, and they have ever since the integrated circuit was invented. Another way to say this is that computers become exponentially more powerful as time goes on. One reason for this exponential growth is that the powerful computer chips we design can then be used as a platform to design even more powerful chips. Because of Moore’s law, that smartphone you carry around every day is millions of times more powerful than all of NASA’s combined computing in 1969 that was used to put humans on the moon.

Moore’s Law Comes to An End

While we’ve managed to develop chip technology at a rate that pretty much follows Moore’s law to the letter, recently we’ve realized that we’re not going to keep developing at this pace. In 2015, the CEO of Intel acknowledged that doubling the number of transistors “every 2 years” is more like “every 2.5 years now.” It’s easy to see why the pace of innovation is slowing. Intel is able to increase the density of transistors by shrinking their process technology to make them smaller. Just how small can they go? At some point, they will

Become a premium member and get access to hundreds of premium articles, reports and additional content.

Nanalyze Premium is your comprehensive guide to investing in disruptive technologies. Read by the top investment banks, management consultancies, VCs, and research houses. Trusted by over 100,000 institutional and retail investors. Covering disruptive technologies for over 18 years.