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[ti:] |
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[ar:] |
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[al:] |
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If you really want to understand how the universe takes |
| [00:05.14] |
The LHC is what you need |
| [00:07.52] |
We're about to go back to the beginning of time |
| [00:11.93] |
The time when the Higgs whirled the universe |
| [00:14.98] |
They will change the understanding of the cosmos |
| [00:19.00] |
We want to go |
| [00:21.00] |
Why things are the way they are |
| [00:25.00] |
How they work, work everything it is |
| [00:28.00] |
What is mass |
| [00:28.50] |
Why is it they exist |
| [00:30.00] |
Consequences acquire mass by interating with the Higgs field |
| [00:35.00] |
The Higgs machanism works by filling the universe with the field |
| [00:40.33] |
If you're gonna go for the big questions |
| [00:43.37] |
Then you'll have to |
| [00:45.04] |
Go for it |
| [00:46.24] |
That's what science and the Large Hadron Collider is all about |
| [00:50.59] |
We can stare at the face of creation |
| [00:53.02] |
Smash matter together |
| [00:55.65] |
And energy's never before achieved |
| [01:00.82] |
The being of protons going that way |
| [01:03.61] |
At almost the speed of light |
| [01:05.79] |
Another being of protons going that way |
| [01:08.66] |
At almost the speed of light |
| [01:10.49] |
They'll cross inside ATLUS |
| [01:13.24] |
And re-create the creation of the cosmos |
| [01:15.72] |
Just at the beginning of the universe |
| [01:20.60] |
We can stare at the face of creation |
| [01:23.18] |
Smash matter together |
| [01:25.83] |
And energy's never before achieved |
| [01:28.31] |
We're about to go back to the beginning of time |
