Particle physicist Dr Brian Cox explains how quantum mechanics has changed the way we think the world works, and why it predicts the existence of a particle that's never been seen.
The Higgs boson...
Particle physicist Dr Brian Cox explains how quantum mechanics has changed the way we think the world works, and why it predicts the existence of a particle that's never been seen.
The Higgs boson is a mysterious particle that explains why things have mass. Cox reveals how the Large Hadron Collider experiment at CERN is intended to smash particles together so violently that the Higgs boson can be detected and studied for the first time.
Like to rate videos and let people know what you think?
Automatically share your ratings, favorites, and more on Facebook, Twitter, and Google Reader with YouTube Autoshare.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
Like to share videos with friends?
Automatically share your ratings, favorites, and more on Facebook, Twitter, and Google Reader with YouTube Autoshare.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
This video has been removed from your Favorites. (Undo)
Like to Favorite videos and let people know what you think?
Automatically share your ratings, favorites, and more on Facebook, Twitter, and Google Reader with YouTube Autoshare.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
What this video tries to explain is the process or the one unified force which once occupied the whole early universe of which then seperated into the fundamental forces we see today. The particular seperation raises the question, how did other particles aquire mass W/Z boson while others forcer carriers such as the photon didn't? Another force carrier must be responsible 'boson', unifying the forces together will allow us to observe it.
Autoshare makes certain YouTube activities public on the services you choose. Select only the services you are comfortable with - like Facebook, Twitter, or Google Reader - to let your friends know what you like on YouTube. You can turn Autoshare off at any time.
Another force carrier must be responsible 'boson', unifying the forces together will allow us to observe it.
Thanks for the upload
We didn't really get to the boson and higgs part of the story though.