What can I say, until they actually started scaling up, they couldn't know the problems they would encounter going from development lab scale to human production scale. Those are unknown unknowns.
Glad to see you changed your stance on whether or not nanoviricides work. So, I take it you agree that the issue is scaling up. Your stance is they should have known or did know, but in reality they could not have known because fluid and heat dynamics involve a lot of chaos theory application where small changes in temperature result in unpredictable changes in flow as fluids go through periods of stable flow and chaotic flow at incremental increases in temperature, which is further influenced by volume, mass and density. Because it deals with chaotic fluid behavior there would be no way of knowing what they would encounter until they actually began scaling up.
After all the technology is called "amphiphilic self-assembly of co-polymers in liquid medium" which means encountering fluid chaotic behavior where chaotic behavior is behavior that is not predictable.
FWIW, I've talked to Dr Seymour about the physical properties of the technology and he can't answer this "complex physics shit." As an MD I wouldn't expect him to have sufficient expertise to discuss on or off the record. And, Dr. Diwan won't answer because it's proprietary information. I had to research this myself.
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