TEDxCERN 4th edition - 5 November 2016

TEDxCERN 4th edition -  5 November 2016 - from 14:30 to 18:30 CET

Ripples of curiosity

Great ideas don’t sit—they splash. Breakthroughs shake the foundation of society and compel us to rethink our established practices. But revolutions rarely arrive as fully formed waves of innovation. Rather, they start as small ripples of curiosity that grow, evolve, collide, surprise and multiple as they spread around the world.

 

This year at TEDxCERN we explore curiosity. Ideas that started as ripples in science, technology and education are merging and converging, creating their own waves of change. What new dimensions of our cosmos will waves in the fabric of space time unveil? Can a computer learn and think like a human? How much can we learn about the earth under our feet by watching it from above? Speakers will explore the innovations percolating though their fields. They will share stories about their passions and fascinations and how their research has grown from small ripples of curiosity into waves transforming the way we see and interact with the world around us.

 

The TEDxCERN event will take place at CERN and at webcast events worldwide on November 5 from 14:00 to 18:30 CET. Speakers and a list of places hosting a webcast event of TEDxCERN will be available soon. A link to apply for the free ticket to attend the event at CERN will be available in August.  Stay tuned through our social media.

 

If you want to host a webcast of the event please contact us through webcast-TEDxCERN@CERN.ch 

TEDxCERN 2015 videos

Programming a new reality

Neil Gershenfeld | 2015

“Computer science is one of the worst things to happen to computers or to science,” said Neil Gerschenfeld at TED 2006. In this TEDxCERN talk

Pioneering the dog bearding movement

Vikki Stone | 2015

In this hilarious talk, Vikki Stone describes the hardships of the scientific process she went through to pioneer the dog-bearding movement.

Where does gold come from?

David Lunney | 2015

Did you know that gold is extraterrestrial? Instead of arising from our planet’s rocky crust, it was actually cooked up in space.