That’s good too, but I think directly measuring the quality of cryonics as it is currently being practiced and people are being cryopreserved right now is more important than speeding up some work that will get done sooner or later.
That’s interesting, but what is their model of a cell like? I assume it’s not simulating protein synthesis, for example. There’s an awful lot of complexity in even a single-celled organism such as an amoeba that’s probably getting swept under the rug here...
OpenWorm could use some money too: http://www.openworm.org/donate.html
That’s good too, but I think directly measuring the quality of cryonics as it is currently being practiced and people are being cryopreserved right now is more important than speeding up some work that will get done sooner or later.
Agreed. Although BPF has been really quiet for months now, and I’d recommend them more strongly if they posted about their current status.
That’s interesting, but what is their model of a cell like? I assume it’s not simulating protein synthesis, for example. There’s an awful lot of complexity in even a single-celled organism such as an amoeba that’s probably getting swept under the rug here...