| 0:00:07 | and i'm data |
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| 0:00:09 | empirical experience on the smallest commonly used in many applications |
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| 0:00:17 | however no significant rates into account the work |
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| 0:00:22 | we proposed two questions |
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| 0:00:26 | for the entailed by to answer the first question you really no physical presence of |
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| 0:00:38 | antimatter |
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| 0:00:40 | we conclude that most likely not however and matter was present value estimate the temperature |
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| 0:00:51 | was not activation |
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| 0:00:54 | articles and a continuous created and edited |
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| 0:00:58 | note that if you look today originates from a small access that one part and |
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| 0:01:05 | remain after all other articles but in |
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| 0:01:12 | so address so the second best the this problem is great interest in our we |
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| 0:01:23 | concentrate the o else a mechanism scenarios which can be s |
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| 0:01:31 | and now or in the future |
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| 0:01:35 | we |
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| 0:01:36 | instead there |
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| 0:01:37 | the standard model of elementary particles and argue that it is very unlikely that you |
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| 0:01:44 | can explain bearing the symmetry of the universe and finally we discuss a minimal extension |
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| 0:01:51 | of the standard model by we |
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| 0:01:53 | we you are male still neutrinos which cannot be addressed the question better on the |
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| 0:01:59 | symmetry of the rows that we can all so that might also and you can |
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| 0:02:06 | possibly and masses occupied |
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