 But very quickly, during my PhD, I moved to bio-modeling and special interaction, protein-protein interaction and then it drifted a bit away because I was in a computer science lab and we decided, oh, we can do some docking, it's nice, but we can do better. So let's just reinvent the wheel. So we decided to just try to find a new way of representing the surface, molecular surface and what we have done, we worked on GPU calculation to do some recasting to, in fact, have always a very smooth surface and to do that, we used a definition of surface developed by Edelbruner in the 90s and it was called molecular surface and with this, it was quite nice because you can very easily pass through different types of surface like convex surface to more molecular surface and even like something at the end, it was more wonderful. So I had this computer science background and then I applied it during the first postdoc in a visually very large system in physics, so it was at the CEA, which is the equivalent of DOE in the US if you want a reference. And then it was fun but I tried to go back to my first law which was modeling and protein and so on and then I moved to Oxford in the lab of Mark Simpson to work on the multiscale modeling of brain systems so basically I used to work on different resolutions, so from atomistic here and then especially Mark's lab in Oxford is really known for using those brain systems so for people who don't know what it is, you have one particle in the cold brain here and it's equivalent to four heavy atoms, so we have less particles so you can do bigger systems for longer so typically it was here for most of the virus developed in the lab by Tyler and me, I used to work on very large membrane systems with here you have in green proteins and in grey you have you have more brain and it's just from the top and even recently we removed also from cold brain to what we call the MISO system but it clearly is taking more information from the cold brain and put it in a very simple system where you have one particle for one protein so it was quite nice but basically what I want to discuss here is not really this one but for my work when you try to share this type of data you may have two solutions or two cases at least one is this one which is quite simple you have a protein here, it's a kinase on interacting with the membrane and here we have also protein and the membrane and if you just remove the water you have a fight from 10, maybe 15 megabytes so it's quite easy to share, you can use different ways you can put it in your head side and just use another one for example, we will discuss this later but if you go to big systems like this one so we try to moderate it in cold brain so you have more than 2,000 proteins, 20 million particles so a very small territory at a time so 2.5 μm is even 1.5 terabytes and just even one snapshot is the wrong one for this case I can hear a bit more tech even if I do some basic solution but typically this is what I would like to share and this is something that needs some solution so I have this question and it's a little tricky so I try to ask this on Twitter basically, hey guys, where do you do the coordinates on model and then it was a very nice question and I was wondering maybe people would answer and finally it turns out that a lot of people were interested so maybe, and then I have a blue marsh then John just give me more interesting feedback a picture that I've read and so on so we can just pollute the video and David just begin to speak about also picture data and so on a colleague in France said maybe you have Zenodo you have also some infrastructure Zen and then Luciferous just mention of classical SI also present in the last one Luciferous also pointed out the old SF and then so it was very difficult I mean, plenty of people were buzzing around these questions and so nobody was paying that to just listen but I had this strange thing and I said maybe we can go further and I said yeah, maybe it can be something that we can write we can do something around that maybe they've already done and then I had a little bit less answers people were just they already understood what was going on but I had this answer from David and he really liked the spiritual further of this workshop he said okay, why not a guitar gripple and try some of this new journal living journal of the Krasayan and so we discussed this later during the workshop and so I thought I was very happy so yeah, it's a good idea so here you can see I began to try to dodge the good thing and here there was a really wise word of David and I think it's quite nice this year so some people had to do it and I said well okay, let's try it and at the beginning it was really like just an idea just why not there is a gap between this saying yeah, let's try something and really doing it and here I was really lucky because few weeks later I was in a conference and I decided to discuss with Eric and Rosan and they were quite interested by this idea and they said yeah, why not try to do something and here it became a bit more real but it's not enough if we want to do that we have to organize it and yeah, I also some people here that really helped me to do that especially Lucy and Reba that really organized everything to get here and Niquel, that will explain a bit what will be as a workshop and Daniel so really this is a combination of funding of people who wanted to do that that really helped to try to organize this so that's great now we have this workshop you are here but what are we doing here and maybe now it's time to you are stuck here in a way so explain what what we have to do so that's why I chose a very remote place anyway, so first we have to discuss I think this is really the point of course we will organize very formal session to help you to discuss but also before and after so the discussion I think it's really just a key point just discuss also I think it's not just discussion, there is a goal so by the case to find best practices maybe during the Twitter discussion so I'll show you maybe we will highlight some but I'm pretty sure there is some others so this will be something that we have to do also highlight issues I think it's really important because of course there is some solution but there is a lot of things to do and to improve or to develop so maybe point some new ideas that maybe develop in the next future I like to add we have to write something to try to disseminate I don't want workshops to discuss and say let's do that it's important to really try to do something and to do that to realize to write something together to at least give something for the next step and what is really nice is that we are here in this room a lot of people from different places from Spain France, Croatia Germany, UK Sweden of course a lot of them even Finland so families here and also Daniel and John that are really nice because they just cross the ocean to come and so it's really nice because we are at a different point of view more than that very important is that you are representing different organization also different projects and that's very nice because I'm pretty sure that we have something to discuss so this is really what I call that all this maybe there is some projects that maybe have some overlapping or some common ground hopefully we see a bit more what is going on during the discussion and even I'm sure that there is a lot of expertise in this room that will be very useful to at least try to develop on guidelines and so very quickly hold this workshop with work we work in practice so again as I said the discussion so I mean also that means that maybe let's continue or except for taking all the tweets because again I think it's very important to disseminate and it started in Twitter so I want that to continue on Twitter and again if you want to tweet do not hesitate to use this hashtag