elbows
Well-Known Member
No, because the idea is you do that stuff to buy time to develop and deploy vaccines and treatments, which then make a huge difference, as demonstrated by the impact of the more recent waves in the UK compared to the first few waves. And you encourage people to take things more seriously in between the lockdowns, and for sensible mitigation measures to be adopted, when still at the stage of waiting for vaccines to become available.In a more serious note the concept is still batshit crazy, as lockdowns and isolation work ok in the short term to reduce person to person contact but ultimately you end up in the same position at the end as you did when you started - so ultimately fail.
In theory there are also other versions of this story where you dont ultimately end up exactly right back where you started, but they will sound batshit because they do not resemble how we'd expect humans and authorities to behave, or the alternative options available given enough time, and even China wont be expected to go down that path for the long term. But just to give a vague idea about some of the theoretical scenarios, if we had a situation where there were never going to be vaccines and decent treatments, and the disease was so bad that there was actually the will to keep having lockdowns for many years, you'd still eventually end up with a different picture after decades had gone by. Because a small proportion of the most vulnerable would still be killed off with each wave, and a proportion of the younger population who could catch it without severe consequences would catch it with each wave, slowly changing the overall population immunity and vulnerability picture. This still wouldnt likely neatly resemble a very slow version of the hideously oversimplified 'herd immunity' approach, but it would gradually change the picture and the consequences. Its too early to say whether the consequences of covid are certain to be very different if we fast forward to a future where everyone on the planet was first exposed to the virus at a very young age, but on paper thats one of the things that can radically alter the consequences of a particular disease even if the virus itself and treatments havent changed.
Obviously there are other complications too, such as how the virus evolves and what the consequences of that evolution turn out to be. But thats also another way that strong measures ahve an impact - we'd expect the virus to evolve more slowly if far less people were allowed to catch it. Whether slowing its evolution is considered a bad thing or a good thing of course depends on the traits it picks up during this evolution, and whether there is any sort of relatively settled destination of its traits.