In the pandemic, what are the most important questions of all?

-

 

In the pandemic, what are the most important questions of all?


The PCR debacle, operation Moonshot, masks, school closures, ruined health, futures and incomes, liberties... All spring forth from our underlying beliefs about the virus. These issues, important as they are, distract our attention from the most important questions of all…


No one denies that it's a nasty virus that can be lethal. I know people who've suffered with it. I also know plenty who've had horrible experiences with other things too (often caused by the avoidable actions of people). There's no risk-free option.


It was claimed approx 500K people in the UK & 2M in USA would die, (~0.5-1% of the population). On that basis we closed much of the world.


But, even the hardest hit countries lost roughly one tenth of that number of people (& that despite the differences in measures taken).


You can - you should - look those numbers up for yourself.


It looks like we overestimated the problem by something like ten times. If we'd known that earlier (some did), most of this need never have happened.


This ought to change everything.


So why doesn't it?






[Analysis, thoughts, opinions & errors my own]

@RuminatorDan

Popular posts from this blog

Czech Republic & other European Higher Fatality Countries

-
Image
CZECH REPUBLIC & OTHER EUROPEAN HIGHER FATALITY COUNTRIES Signs of Czech Rep deaths slowing? I wish them well. Interesting, yet again, that the cumulative total is so similar to other hard hit locations, which are all around 10x lower than generally used predictions... The point is not to use these data for some ugly competition. Rather, these data and their differences - or similarities - can reveal very important information about #SARSCoV2 . For example, UK deaths were predicted to reach ~7500 per Million (=~500k people, without measures). However, if the hypotheses that led to such predictions were true, & such totals have only been averted by lockdown, then one would expect large variations between countries (as exact details & timing of lockdown and other measures would be critical). High sensitivity to timing would be the case if "high lethality+all susceptible+lockdowns work" hypotheses were true. Yet all the high fatality locations have quite similar tota...
Read more

England & Wales Autumn Covid deaths show regional heterogeneity. London, in particular, is interesting

-
Image
England & Wales Autumn Covid deaths show regional heterogeneity. London, in particular, is interesting [27Nov2020_1] London's more severe & earlier spring growth may well explain why it has, to date, seen less of an autumn rise. [Charts normalised by year to date non-Covid deaths.] The generally held belief is that only a small percentage of people have so far been infected by SARS-CoV-2 & that the vast majority remain susceptible to infection - hence all the measures taken. There are, however, reasons & evidence suggesting that this is not the case. If the vast majority of people were still susceptible, one would expect growth everywhere. However, autumn rises have varied greatly across regions. London especially, given its nature (crowding etc) would be expected to show aggressive growth, as it did in spring.  It has not. The past provides a clue as to the reason. London's spring rise in Covid deaths was the most aggressive: not only faster & larger than o...
Read more

False Positives mean R can never reach zero and will remain around 1 indefinitely

-
Image
False Positives mean R can never reach zero and will remain around 1 indefinitely If prevalence was low enough that most positives were false, cases would appear to stop falling & settle at a low level (+noise). R would rise from below 1 to around 1 & jump around at that level. Indefinitely. E.g. below. % of positive tests declines; then settles at a low but non zero level. If R is determined by the changes in this number (slope of graph) it would be <1 during decline, then rise & settle around 1 but with significant variation due to noise etc being larger at low levels. @RuminatorDan
Read more