Peter Attia· MD
there is no means by which a human in any form can ingest 1,800 calories in an hour and actually get those calories out of the gastrointestinal system into the circulatory system into the muscles so really at this level it becomes an energetic problem as much as a problem of stroke volume heart rate and you know capillary efficiencies and and you can even you can even say that you don't even care about heart rate or stroke volume or CTIC output anyway because that's exactly back to the like what you even started with which also resonates so well with me V2 encompasses exactly that stroke quum because cardic output is just a function of V2 in the end anyway because what you really need that the cardic output is just like to to to to supply you with oxygen really it's the oxygen which is the let's say the key the key metric here so again yes it's the energetic demand becomes so crazy that you just have to start to PR prioritize and you just say okay how important is it for you to be able to do like super high five minute watch surges in Iron Man not important at all never exactly so you can't you can't spend time on training it if you could feed more energy so if you somehow would be able to even feed more energy yes then you can definitely uphold more of that and that's of course what we did there we looked exactly at how can we stay in this perfect balance there living at the edge where we can keep the view to Max as high as possible or let's say the whole curve as high as possible because that in end will give us a better ability to race than necessarily our competitors setting records