3 brand new TED-Ed Lessons written by CERN scientists

Screen Shot 2014-10-13 at 2.27.07 PM

TED-Ed loves working with CERN. Our video library includes more than ten lessons written by CERN scientists on topics ranging from dark matter to the Higgs boson. In 2013, we even collaborated with the organizers of TEDxCERN to premiere three brand new lessons at their first ever TEDx event. It went so well that we decided to do it again! Here are the three lessons we premiered at TEDxCERN this year.

1. Cloudy climate change: How clouds affect Earth’s temperature – Jasper Kirkby

As the Earth’s surface temperature gradually rises, it has become vital for us to predict the rate of this increase with as much precision as possible. In order to do that, scientists need to understand more about aerosols and clouds. Jasper Kirkby details an experiment at CERN that aims to do just that.

2. If matter falls down, does antimatter fall up? – Chloé Malbrunot

Like positive and negative, or debit and credit, matter and antimatter are equal and opposite. So if matter falls down, does antimatter fall up? Chloé Malbrunot investigates that question by placing two atoms — one made of matter, and the other antimatter — in the cockpit of a plane, ready to jump. What do you think will happen?

3. How cosmic rays help us understand the universe – Veronica Bindi

We only know 4% of what the universe is made up of. Can we also know what lies beyond our galaxy … and if there are undiscovered forms of matter? Luckily, we have space messengers — cosmic rays — that bring us physical data from parts of the cosmos beyond our reach. Veronica Bindi explains what cosmic rays are, and how they transmit information about our universe from the great beyond.


1 Comment

  1. Macrocompassion

    This video clip does not answer the question. However it shows that there are fewer anti-mass particles than mass particles around. This suggests that were the gravity field effects the same for both kinds of particles then there is a good possibility that they would occur in equal numbers (and there would be a lot of self-elimination going on). But there isn’t and they don’t, so this suggests that the effects of gravity on these two kinds of particles are opposite. Consequently the anti-mass particles would congregate in the parts of the universe where the magnitude of the gravity field is the lowest. Has anyone looked there to see?

Comments are closed.