That’s just wild. The one silver lining to T2 is that I’m not shocked by anything anymore. It’s still outrageous, but the surprise is gone.
That’s just wild. The one silver lining to T2 is that I’m not shocked by anything anymore. It’s still outrageous, but the surprise is gone.
Ah yes, we’ve already discovered everything. Science is over, everyone, let’s go home.
That’ll be a relief for high school students everywhere.
The longer it takes to find the zoonotic link the higher the probability of lab origin.
We already have plenty of evidence to conclude zoonotic origin. Bat RNA. Positive cultures in the wet market. Covid genome.
The longer it takes to find the lab origin link the higher the probability of zoonotic origin. /s
The problem with conspiracy theories is they’re non-falsifiable. That something is possible is not evidence that it is probable, that something is probable is not evidence that it happened.
Maybe a lab had something go wrong. Maybe that was because they were careless. Maybe that’s because Trump withdrew funding and oversight from the programs that helped labs like this. That should all be investigated. There’s a difference between asking for a due diligence after action report and assigning blame because “it had to be someone’s fault.”
Conspiracy theories are falsifiable! It just means a theory that somebody kept or tried to keep something a secret. I wish the phrase “conspiracy theory” wasn’t universally conflated with “crackpot conspiracy theory” like flat earthers or q-anon. Covid lab leak is not a crackpot theory. People just think it is because we call it a conspiracy theory.
I think we’re long past trying to be prescriptive about the phrase “conspiracy theory”.
There are real conspiracies, but conspiracy theories tend to start from a place of “X must have been at fault” and work backwards from there. Which leads to endless loops of whataboutisms and excuses to try and excuse the existence of the theory at all costs instead of being interested in what actually happened.
It sounds like you’re suggesting “lab leak implies China is to blame” should be seen as evidence against it being a lab leak? Or that any theory which implies blame must be suspect. This just sounds like an excuse to disregard any evidence that it’s a lab leak, since surely anyone who is arguing that it’s a lab-leak must be motivated to do so.
The converse is also true though – surely you must see that there is similarly motivation to argue in reverse. Why don’t we just set aside assuming that we’re all arguing in bad faith.
It’s possible there was a lab leak, and relevant labs should be investigated for the same reason we investigate all plane crashes, it either leads to finding gaps in processes or confirms whether or not a systemic issue was a factor. The probability has decreased as COVID has been further researched and shows more markers of a ‘natural’ development, but it’s generally beneficial to have a comprehensive audit when processes are in question.
That’s not what these people are arguing. They’re arguing that it’s China’s fault and not Trump’s. That’s it. For that to be the case it ‘must’ be a lab leak, and so they’re retroactively finding justification for how that is possible. That they’re running parallel to a reasonable line of logic for a portion of their argument does not validate their argument.
Disagree. Some conspiracies can be proven with evidence. E.g. Watergate.
The virus had to come from somewhere. Finding a zoonotic trail of evidence (or at least a partial one) adds weight to a natural origin. There is lots of opportunity for new evidence to naturally come to light.
On the lab leak side evidence has already been destroyed by the Chinese government. New evidence is unlikely to surface naturally.
So lack of evidence on the zoonotic side gradually moves the balance of probability towards a lab leak.
The general public is unlikely reach certainty about either scenario. I bet the Chinese government has a certain answer.
COVID pandemic started in Wuhan market animals after all, suggests latest study The finding comes from a reanalysis of genomic data.