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Moore’s Law states that every 1 to 2 years the number of transistors that can fit on a given size computer chip will double. Thanks to this law, chips have gotten smaller, faster, more efficient, and cheaper. But today, there are four key problems that trip up this trend, potentially ending Moore’s Law and fundamentally changing how computing progresses. Sajan Saini and George Zaidan investigate. [Directed by Jeff Le Bars, JetPropulsion, narrated by Adrian Dannatt, music by Stephen LaRosa].
For a chance to give your own TED Talk, fill out the Idea Search Application: ted.com/ideasearch.
Interested in learning more about upcoming TED events? Follow these links:
TEDNext: ted.com/futureyou
TEDAI Vienna: ted.com/ai-vienna
TEDAI San Francisco: ted.com/ai-sf
Hosted on Acast. See acast.com/privacy for more information.
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Moore’s Law states that every 1 to 2 years the number of transistors that can fit on a given size computer chip will double. Thanks to this law, chips have gotten smaller, faster, more efficient, and cheaper. But today, there are four key problems that trip up this trend, potentially ending Moore’s Law and fundamentally changing how computing progresses. Sajan Saini and George Zaidan investigate. [Directed by Jeff Le Bars, JetPropulsion, narrated by Adrian Dannatt, music by Stephen LaRosa].
For a chance to give your own TED Talk, fill out the Idea Search Application: ted.com/ideasearch.
Interested in learning more about upcoming TED events? Follow these links:
TEDNext: ted.com/futureyou
TEDAI Vienna: ted.com/ai-vienna
TEDAI San Francisco: ted.com/ai-sf
Hosted on Acast. See acast.com/privacy for more information.
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