The power of Moore’s law: Predicting the future
The power to predict the next revolution keeps companies on top.
- In 1965, Intel co-founder Gordon Moore observed that the number of transistors placed in an integrated circuit doubles approximately every two years, meaning computing power doubles while the size of devices shrink. This is known as Moore's law.
- IBM was king of the heap in the 1950s, says physicist Michio Kaku, however it failed to read Moore's law as a sign that supercomputers would be replaced by smart phones — handheld devices that contain more computing power than NASA at the time of the Moon landing.
- Microsoft rose up in IBM's ashes by predicting the age of personal computing, but they too failed to account for an exponential change: the internet. The next revolution is 5G and AI, and companies who are setting themselves up for that future will be the ones who rise to the top.
- A Brief History of Moore's Law and The Next Generation of ... ›
- Big Idea: Technology Grows Exponentially - Big Think ›
When it comes to foreign intervention, we often overlook the practices that creep into life back home.
- Methods used in foreign intervention often resurface domestically, whether that's in the form of skills or technology.
- University of Tampa professor Abigail Blanco calls this the boomerang effect. It's a consequence not often thought about when we discuss foreign intervention.
- The three channels to consider when examining the boomerang effect include human capital in the form of skills, administrative dynamics, and physical capital in the form of tools and technology.
Or, how I learned to stop worrying and love my tsundoku.
- Many readers buy books with every intention of reading them only to let them linger on the shelf.
- Statistician Nassim Nicholas Taleb believes surrounding ourselves with unread books enriches our lives as they remind us of all we don't know.
- The Japanese call this practice tsundoku, and it may provide lasting benefits.
Scientists used CT scanning and 3D-printing technology to recreate the voice of Nesyamun, an ancient Egyptian priest.
- Scientists printed a 3D replica of the vocal tract of Nesyamun, an Egyptian priest whose mummified corpse has been on display in the UK for two centuries.
- With the help of an electronic device, the reproduced voice is able to "speak" a vowel noise.
- The team behind the "Voices of the Past" project suggest reproducing ancient voices could make museum experiences more dynamic.