What would happen if we upload our brains to computers? | Robin Hanson

Reading Time:  1 Minute
 

Meet the “ems” — machines that emulate human brains and can think, feel and work just like the brains they’re copied from. Economist and social scientist Robin Hanson describes a possible future when ems take over the global economy, running on superfast computers and copying themselves to multitask, leaving humans with only one choice: to retire, forever. Glimpse a strange future as Hanson describes what could happen if robots ruled the earth.

The TED Talks channel features the best talks and performances from the TED Conference, where the world’s leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design — plus science, business, global issues, the arts and more.

Follow TED on Twitter:
Like TED on Facebook:

Subscribe to our channel:

An All-metal FAN??

Reading Time:  1 Minute
 

The Sandia cooler – it’s FINALLY a real product called the Thermaltake Engine 27.. But does it work?

Angelbird Giveaway:

Buy Angelbird SSD2go on Amazon:

Buy Thermaltake Engine 27 on Amazon:

Discuss on the forum:

Our Affiliates, Referral Programs, and Sponsors:

Check out our Linus Tech Tips posters at

Intro Screen Music Credit:
Title: Laszlo – Supernova
Video Link:
iTunes Download Link:
Artist Link:

Outro Screen Music Credit: Approaching Nirvana – Sugar High

Sound effects provided by

Samsung Announces a New 11nm LPP Process, 7nm LPP on Schedule

Reading Time:  2 Minutes
 

Samsung might not have their Exynos SoC in the majority of smartphones today, but they build the ones that a lot of people are using. For example, since the last two years, Qualcomm has hired Samsung to fabricate their high-end Snapdragon chips after being partnered with TSMC for so long. Thanks to these partnerships, Samsung has been able to grow its foundry business and today, they have strengthened their portfolio with the announcement of a new 11nm process technology.

When comparing this new process to their older earlier 14nm LPP process, the 11nm LPP delivers up to 15% more performance while also reducing the chip area by 10%. This doesn’t bring a reduction in power consumption though, and is simply about increasing performance while also reducing the chip area. We’re currently used to Samsung’s 10nm FinFET process in SoCs such as the Snapdragon 835, but the company is positioning this new 11nm LPP process as a way to bring differentiated value to mid to high-end smartphones.

This new technology is currently scheduled for production for the first half of 2018. Along with this new announcement today, the company has also confirmed that the development of their 7nm LPP process is still on schedule and has not faced any delays. This product will be using EUV (extreme ultra violet) lithography technology and is said to be on track for its initial production in the second half of 2018.

The company has been working on this EUV lithographic technology since 2014 and since then they’ve been able to produce close to 200,000 wafers. Previously, this was shown to result in low yield but as they learnt more about it, Samsung has been able to apply new methods which has increased their yield up to 80% for their 256 megabit (Mb) SRAM (static random-access memory) units. For those wanting to learn more about Samsung’s foundry roadmap, you can look forward to Samsung Foundry Forum Japan on September 15, 2017, in Tokyo for more details.


Source: Samsung Newsroom