@bathsh3ba
Would this all be over by now? Obviously with a much higher death toll and I am absolutely not suggesting we should have done that. But theoretically... what would have happened? Are we prolonging the pandemic by 'squashing the curve' and are we going to be be able to come out of this without either opening up and accepting more deaths or accepting rolling lockdowns for some time to come?
Why on earth would you imagine it would be "over"?
You know the reinfection rate in some areas of Brazil is really quite high - estimates range from 30 to 60%.
Viruses spread, people develop immunity, virus mutates and spreads again. It does this until the direct route to a mutation capable of evading existing immunity sufficiently to allow propogation, becomes blocked. At that point, the virus goes away and only comes back when one of two things occur:
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People's immunity falls sufficiently to allow a new wave to occur,
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It jumps into a different species, mutates there, and then jumps back, which can open the door to whole new branches of mutations.
We have no idea how many mutations of covid we'd have to endure - it could take 10/20/50/100 years before we reach a state where it's suddenly unable to continue the mutation/reinfect loop. Or it could already be nearly done.... I wouldn't bet on that though!
But your point comes back to the argument that the ONLY viable way to deal with covid, is to eliminate it almost completely from a local population. Anything less than this, and you are trapped in an endless cycle of mutation/surge/lockdown/recover etc.
People are often talking about "living with covid"- but we have absolutely NO idea what the consequences of trying to do that would be. Sure at the moment, vaccines are working and the IFR, particularly in the vaccinated population is low... but now think about flu - normally almost benign, but periodically a new variant comes along that kills a lot of people. Covid's starting place is about 1000x more dangerous than regular flu - imagine what a BAD variant of covid would be like!
Vaccines?? As you get more and more mutations of a virus, our immune system tends to become less and less effective at processing immunity to it - one of the reasons why influenza vaccines have such low efficacy.
In short, if we allowed this virus to stay and just tried to adapt to it, sure we could do that, but the consequences would likely be a significant fall in life expectancy, together with a much more negative prognosis for anyone with cancer or other diseases that result in immune system suppression and THAT's assuming the vaccine efficacy generally holds up.