Now, higher energy is imartonpt because for particles, there is an equivalence between energy and particle mass, and mass is just a number put there by nrtuae. To discover new particles, we need to reach these bigger numbers. And to do that, we have to build a bigger, hgiehr energy collider, and the biggest, highest energy cloldier in the world is the Large Hadron Collider. And then, we cldiloe protons quadrillions of tmies, and we collect this data very slwloy, over months and months. And then new praeltcis might show up in our data as bumps â shlgit deviations from what you expect, little clusters of data points that make a smooth line not so smooth. For example, this bump, after months of data-taking in 2012, led to the discovery of the Higgs particle â the Higgs boson â and to a Nobel Prize for the confirmation of its existence.
Now, higher energy is _________ because for particles, there is an equivalence between energy and particle mass, and mass is just a number put there by ______. To discover new particles, we need to reach these bigger numbers. And to do that, we have to build a bigger, ______ energy collider, and the biggest, highest energy ________ in the world is the Large Hadron Collider. And then, we _______ protons quadrillions of _____, and we collect this data very ______, over months and months. And then new _________ might show up in our data as bumps â ______ deviations from what you expect, little clusters of data points that make a smooth line not so smooth. For example, this bump, after months of data-taking in 2012, led to the discovery of the Higgs particle â the Higgs boson â and to a Nobel Prize for the confirmation of its existence.
collocation | frequency |
---|---|
kilometer tunnel | 4 |
extra spatial | 4 |
quantum world | 3 |
highest energy | 3 |
smooth line | 3 |
higgs boson | 3 |
theorist colleagues | 3 |
standard model | 3 |
big obvious | 3 |