You should line the inside of your nostrils with vaseline before you go out and then blow your nose whenever you get to your destination.I don't care who has died in Japan, I care about the infection rate and whether the masks will do anything to protect me in London. The fact they've not died is down to other things, like their prime minister being a normal functioning person, their hospitals being far better than ours, their elderly being looked after by family rather than in homes, and the fact they just have longer lifespans than we do, so what we consider to be elderly here is just middle aged for them, and all sorts of other stuff I don't care about.
You should line the inside of your nostrils with vaseline before you go out and then blow your nose whenever you get to your destination.
Apparently it's good for hay fever.I genuinely like that idea, it makes more physical sense than a mask.
May as well gaffer tape this over your face.
New cases per day in Japan (they've tested 4740 people per million of the population):
New cases per day in England (they've tested 186,600 people per million of the population):
The testing rates have obviously changed over time, and the reported new cases is contaminated by idiots who don't know how to collect data. But there's nothing I can do about that. Let's take the peaks of both and adjust them for the amount of testing done. Japan have 15.7% of people tested being infected at peak. The UK has 3.3% of people tested being infected at peak. It's been a long time since I was in school, but from what I can remember of my arithmetic, I do believe 15 is a bigger number than 3.
how about scaling them new cases charts and putting them on top of each other, mr fake news?
No, in a ward there is a continual steam of infectious droplets, so without a mask you'll be constantly inhaling virus after virus after virus. Then all other considerations go out of the window, you need a barrier to slow down the barrage of incoming hits. Even if you just wear the surgical mask by itself which doesn't stop the small droplets, it doesn't matter, because it's always stopping something, which is better than nothing.
When there isn't a continual barrage of covid hitting your face, it's a different process entirely. The main consideration here is the droplet size because only the small droplets will remain suspended in the air long enough for you to walk through. That's one reason why you don't want other people to wear masks if the mesh basically turns their spit into an aerosol. Then there is the factor of the mask having a big surface area, so walking through a cloud whilst breathing through a mask will just ensure a lot more of the droplets get deposited on the mask than would have gone through your nostrils. That's one reason why you don't want to wear a mask yourself. Another reason is you're going to be re-breathing more CO2 than normal, and that will increase your breathing rate and your heart rate to cope, which might ironically render you vulnerable to a respiratory virus, and also increase the amount of air you suck in as you walk through a covid cloud. Outside of the hospital, nobody has a clue how these factors are weighted and interplay. Inside the hospital they don't matter because everything is totally outweighed by the concentration of droplets in that environment. It's a different set of physics which nobody has investigated and answered.
Scaling, that's what I forgot to do. If you scale for the population then the infection rate of Japan halves. So of the 60 million people over here, more of less 3.3% of them are infected. Out of the 120 million people in Japan 7.8% are infected. Unless there is some other reason you can think of for why that is, the conclusion is that wearing masks has increased the infection rate.
It's an interesting take on the small droplets, but wouldnt the mask slow the speed of droplets that do pass through, since they lose energy and momentum, and hence fall to the ground faster rather than slower?
And even if some do get through, there is a reduction in the total amount which is a good thing
The charts you posted above, are saying that Japan's highest rates of cases per 100k, are roughly equal to England's lowest rates i.e 3-400 per day, while England has been as high as 5-6000 per day, Japan has never been higher than 6 or 700.
Deaths per 100k tell you a lot more
Yes, she can stand over my lifeless corpse and say fatality, covid wins.
Yes, she can stand over my lifeless corpse and say fatality, covid wins.