| 0:00:03 | i don't one and i'll paper we wrote the british forces for |
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| 0:00:10 | prediction is very common phenomena actually it is very complicated and |
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| 0:00:14 | this is where restart our system to reduce them |
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| 0:00:22 | now consider possible situation is a |
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| 0:00:27 | their cooperation |
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| 0:00:29 | and because there's no for a reference as you know |
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| 0:00:34 | this is the principle you |
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| 0:00:38 | where we space |
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| 0:00:42 | no s g |
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| 0:00:44 | there are some problems and rest or something i |
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| 0:00:49 | in addition there is an average of all these hyperspace pictures for those that only |
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| 0:00:56 | has already nineteen seventy but i i'm in this paper so that you just a |
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| 0:01:02 | one times is because my and i will be used in moderation this movie we |
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| 0:01:11 | see that we propose a slightly higher temperature three |
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| 0:01:17 | what is the opposite direction is just call home for all by a brief reference |
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| 0:01:23 | frame with respect which we can consider that over various is also added by a |
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| 0:01:32 | constant |
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| 0:01:34 | in this case excitations are created her voice inside |
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| 0:01:39 | this target energy and hence the model |
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| 0:01:44 | we did a colour information all ready |
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| 0:01:47 | that's something related |
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| 0:01:50 | for example |
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| 0:01:52 | where a single |
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| 0:01:56 | the signal for |
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| 0:02:00 | if we have also has a lot more they are different as a prior and |
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| 0:02:07 | maybe |
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| 0:02:09 | by words |
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| 0:02:11 | which is |
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| 0:02:12 | well |
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| 0:02:13 | well vectors o four can be used with well |
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| 0:02:20 | to go to construct a cooler we combine it with our goal for k c |
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| 0:02:30 | one and run only by applying an or something each into |
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| 0:02:38 | this colostomy single yes present you the final four |
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| 0:02:45 | because i guess the first one for the call this problem and the by the |
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| 0:02:53 | and polarization or part |
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| 0:02:58 | the second line you can see that for a constant velocity also |
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| 0:03:05 | i don't |
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| 0:03:07 | and you recognize the temperature you and the topic |
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| 0:03:11 | these are pooled on which you know in reference frame you and the average execution |
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| 0:03:19 | or a |
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| 0:03:22 | this is the articles were built |
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| 0:03:25 | you know the cool |
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| 0:03:27 | this |
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| 0:03:28 | and statements that and admiration this gives you the features of the as well as |
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| 0:03:34 | a reflection coefficients |
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| 0:03:37 | this is all the time it is |
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| 0:03:41 | encoding that so |
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| 0:03:44 | expression is not going to clarify the finally this forces to show results for a |
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| 0:03:57 | movie and high speed so |
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| 0:04:01 | i |
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