0:00:02the area of my research is
0:00:05mathematical modeling of the electrochemical processes that occur in of cells
0:00:09when the transmit signals
0:00:12i think the main aim is to gain a better understanding of how they transmit
0:00:16signals
0:00:18and trying to find out how changes in the nose
0:00:22how that can affect the speed in the effectiveness of the signals that get transmitted
0:00:28it would be most useful
0:00:31people who are looking at
0:00:33diseases like multiple sclerosis which attacked now of cells it's i theoretical background for them
0:00:39to
0:00:40so maybe staged experiments on so the techniques that i'm using or a combination of
0:00:46analytical mathematical techniques and then
0:00:50some computational work and i'm also hoping to be able to get into the labs
0:00:55at some point
0:00:56and do some experiments on
0:00:59summary of experiments to find parameters for the working on doing and to check the
0:01:04results i do have
0:01:06i think that's quite an exciting way of tying
0:01:10the abstract maths into the real system i'm actually something
0:01:14so i find it really interesting hannele
0:01:17you abstract
0:01:19into the mathematical round a lot's but then
0:01:22you still have something that's relevant to the biology at the end of the process
0:01:26i was already a student in southampton so
0:01:30it was an easier choice to come here than to look somewhere else but also
0:01:35the institute of complex systems simulation which are part of
0:01:39is quite unique thing they're only two or three of them
0:01:44in the u k so
0:01:46that was it is quite a good opportunity to be in on something new and
0:01:49something quite exciting