| 0:00:12 | so the fact that will talk about how original home assigns |
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| 0:00:16 | in to test here |
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| 0:00:18 | we really in mean you review on filing chemistry as it should be two child |
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| 0:00:23 | what |
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| 0:00:24 | what we want to do that means was just it you write the audience about |
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| 0:00:31 | the efficiency in the e s bodily and so that was our main goal that |
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| 0:00:38 | i |
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| 0:00:39 | and then and i hate that so that i really did not capturing the essence |
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| 0:00:47 | and these publicity all following chemistry prosody why it's got i mean you agree that |
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| 0:00:53 | and so i think that the main focus that we took was service historical perspective |
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| 0:00:58 | where we show that in the beginning had been used to make primarily not as |
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| 0:01:03 | well find cross linked materials through limitation |
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| 0:01:07 | but now depend a lot of people using it to make much more well-defined a |
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| 0:01:11 | macro molecules and advanced polymer architectures and you very well find the screen |
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| 0:01:17 | so while the noise features is that now you can use it to functional shining |
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| 0:01:22 | the reaction you use it to functional as the backbone and just like clockwork otherwise |
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| 0:01:28 | i saw our kind chemistry you have a very stable functional groups you can easily |
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| 0:01:34 | one of the right out means of all the backbone |
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| 0:01:38 | and in the back and that's what i one file |
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| 0:01:43 | reacted groups and functional units that we can add to that so it really does |
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| 0:01:47 | have the ability |
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| 0:01:49 | using she really about |
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| 0:01:57 | so why we got involved in this research |
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| 0:02:01 | this is how to program will last five teeny on the development all robust click |
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| 0:02:08 | what reactions to |
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| 0:02:10 | go back to a little work in the you know eighteen years ago on developing |
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| 0:02:16 | the clock at the last column |
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| 0:02:19 | during that time |
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| 0:02:22 | i was that the right different meetings list to work in the original file in |
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| 0:02:27 | the area b even while charlie while chris and to what was in three focus |
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| 0:02:34 | have made the aspects we will show that is very efficient reactions |
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| 0:02:39 | quantitative you want actually |
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| 0:02:42 | can really simple reaction you can do these reactions i |
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| 0:02:48 | atmosphere presence of what anything very efficient chemistry that's what the school where a change |
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| 0:02:55 | how well it was probably two three years what we actually kinda the realization that |
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| 0:03:02 | we can actually use this put the screen functional and sessions instead of only one |
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| 0:03:07 | more attention reactions |
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| 0:03:08 | so that was the impetus the lattice the end zone systems that test efficiency response |
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| 0:03:15 | to analyze two thousand nine we a lot of first degree synthesis based on five |
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| 0:03:21 | okay speech |
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| 0:03:25 | i will degrade about timing chemistry is that it works very well vast majority of |
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| 0:03:30 | times tried |
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| 0:03:32 | the only real problems that we've seen is that some things can be admissible absolutely |
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| 0:03:38 | problems with very holder styles like a that's a technical functional eyes known older than |
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| 0:03:45 | other things like that a also there can sometimes be used |
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| 0:03:49 | some compatibility with means especially primary means using timing chemistry but actually rather than just |
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| 0:03:56 | regular teens |
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| 0:03:58 | a so that sometimes yes try to play around zero thermal initiation works best for |
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| 0:04:02 | the initiation for the representation but it tends to be very efficient in robot action |
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| 0:04:09 | so you know don't what yes you know i again we have very few difficulties |
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| 0:04:15 | cannot be easily |
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| 0:04:18 | results the so it will it should we like to use more salt and so |
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| 0:04:24 | that's what to a problem that what is that we can always use i also |
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| 0:04:29 | so what |
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| 0:04:32 | the immediate problems sometimes that you simply prominent i mean and i had very active |
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| 0:04:38 | research where the noise features that following the mysteries is robust |
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| 0:04:42 | so if we do encounter problems it's very easy to come problems and then you |
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| 0:04:47 | know high you |
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| 0:04:52 | well we hope that this paper is demonstrated in examples and demonstrated that i link |
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| 0:04:57 | industry is a tool we're very first i'll well i'm chemistry a so i think |
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| 0:05:02 | it'll probably be used for making it is a functional materials that this architecture maximal |
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| 0:05:10 | so if i will be instead i think if we look at the features that |
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| 0:05:14 | people don't been out using so i think chemistry have been developed and now can |
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| 0:05:20 | see lots of applications based on chemistry but we can be you one i think |
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| 0:05:25 | one of the be things that come at this type but all the colours series |
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| 0:05:31 | this effect is more work it's not just copy cat less quite chemistry and so |
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| 0:05:37 | what we also is that people use this is the inspiration to develop a robust |
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| 0:05:43 | chemistry so in the future we may have a selection six different reactions maybe continue |
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| 0:05:50 | to choose from |
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| 0:05:51 | that we can then use component |
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| 0:05:55 | and my what if the mutual |
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