There are quite a few separate questions thereI can't view the full article for paywall reasons but is this on the back of their article around a month or 6 weeks ago which suggested that the infection had been with us for a lot longer than the first reported cases and there's a good chance we already have developed a good herd immunity or is this totally separate findings? Pretty sure a LOT of doubt was cast upon that report I'm talking about.
Begs the question of why? If they're wrong then how have this group of respected academics at one of the best universities researched the virus and compiled a report on it only for them to be told that they're effectively talking shite. How have they got it so wrong? Or how has everyone else got it so wrong by not listening to them? Must admit, them talking about infections being with us in January didn't sit right with me because surely hospitals would have became overcrowded much sooner and it'd have been picked up on... But then again Oxford uni guys would be aware of this question too so surely for them to compile and submit such a report suggests they'd have some logical answers on that.
EDIT - Another thing. It's Oxford uni who are claiming they'll have a vaccine by autumn and they're going ahead to start producing it beforehand because of their confidence in its success. Are they just being really over optimistic about everything or are we not giving their work enough respect and credence?
Firstly Oxford University have many different groups so that some at different times say different things is not surprising.
The original model that was talked about was a mathematical model one of the possible outcomes of which was a high level of immunity at that time.It was seized on by the press but was not even then as far as I could see a central prediction of the model just one possible interpretation of the data.
I don't think anyone believes this likely now.
The headline saying we are not at epidemic levels now is more of a reflection of a standardised definition of epidemic rather than an assessment of the risk to the population if the virus is allowed to spread.
The current level of infection in the community is not an immediate risk to the health service at this level , were relaxations in social distancing relaxed enough to allow exponential growth it almost undoubtedly would be.