We welcome you "To Love America."

Sunday, March 15, 2020

ANXIETIES ABOUT HIDDEN FORCES

Frank Furedi

John Dunn notes in (parens), Frank Furedi material in bold...

Monday 11 October 2010
"Inviting us to bow down before the god of fortune Today’s deification of fear encourages us to succumb to fate. But we should learn from the Romans and seek to subdue Fortuna." Frank Furedi

Frank Furedi spoke on fear, fate and freedom at the Philosophy Festival in Modena, Italy, on 18 September 2010. An edited version of his speech is published below.

Who decides our individual fates? How much of our future is influenced by our exercise of free will? Humanity’s destiny has been the subject of controversy since the beginning of history.

Back in ancient times, different gods were endowed with the ability to thwart our ambitions or to bless us with good fortune. The Romans worshipped the goddess Fortuna, giving her great power over human affairs. Nevertheless, they still believed that her influence could be contained and even overcome by men of true virtue. As the saying goes: ‘Fortune favors the brave.’ This belief that the power of fortune could be limited through human effort and will is one of the most important legacies of humanism.

The belief in people’s capacity to exercise their will and shape their future flourished during the Renaissance, creating a world in which people could dream about struggling against the tide of fortune. A new refusal to defer to fate was expressed through affirming the human potential. Later, during the period of Enlightenment, this sensibility developed further, giving rise to a belief that, in certain circumstances, mankind could gain the freedom necessary to influence its future.

In the twenty-first century, however, the optimistic belief in humanity’s ability to subdue the unknown and become the master of its fate has given way to a belief that we are powerless to deal with the perils that confront us.
(Dunn note: more importantly, the polis has been influenced to think they are at the mercy of fate or accident and must look to the state for protection. The individual cannot provide for himself and his family and assure the safety and succor provided by the state—therefore the state must be promoted and the collective must be respected as the answer.)

Today, the problems associated with risk and uncertainty are constantly being amplified and, courtesy of our own imaginations, are turned into existential threats. Consequently, it is rare for unexpected natural events to be treated as just that; rather, they are swiftly dramatized and transformed into a threat to human survival.

The clearest expression of this tendency can be found in the dramatization of weather forecasting. Once upon a time, TV weather forecasts were just those boring moments when you got up to make a snack. 

But with the invention of concepts like ‘extreme weather’, routine events such as storms, smog or unexpected snowfall have been turned into compelling entertainment. Also these days, a relatively ordinary technical IT problem, such as the so-called Millennium Bug, can be interpreted as a threat of apocalyptic proportions; and officialdom’s reaction to a flu epidemic can look like it was taken from the plotline of a Hollywood disaster movie. Recently, when the World Health Organization warned that the human species was threatened by swine flu, it became clear that cultural prejudice rather than sober risk assessment influences much of current official thinking.

(Dunn note: Again, the importance and the omnipotence of the state are essential to survival and welfare of the weak and impotent citizen. If the citizen is at the mercy of the hands of fate, the only alternative is an appeal to the state and submission to the states power and capability.)

In recent times, European culture has become confused about the meaning of uncertainty and risk. As a result, it finds it difficult to live with the notion of Fortuna. Contemporary Western cultural attitudes towards uncertainty, chance and risk are far more pessimistic and confused than they were during most of the modern era. Only rarely is uncertainty about something looked upon as an opportunity to take responsibility for our destiny. Invariably, uncertainty is presented as a marker for danger, and change is often regarded with dread.

(Dunn note: for the virtuous and competent, uncertainty creates opportunities, challenges are opportunities or barriers, depending on the attitude of the individual, that is determined by the measure of the individual’s virtue.)

Frequently, worst-case thinking displaces any genuine risk-assessment process. Risk assessment is based on an attempt to calculate the probability of different outcomes. Worst-case thinking – these days known as precautionary thinking – is based on an act of imagination. It imagines the worst-case scenario and demands that we take action on that basis. For example, earlier this year, the fear that particles in the ash cloud from the volcanic eruption in Iceland could cause aeroplane engines to shut down automatically mutated into the conclusion that they would. It was the fantasy of the worst case, rather than risk assessment, which led to the panicky official ban on air travel.
(Dunn note: pretty simple—consider the positive or the negative, if fear dominates the mental state—precaution is the rule, if virtue as in fortitude, measured effort in the face of risk is the result.)

Implicitly, and sometimes explicitly, advocates of worst-case thinking argue that society should stop looking at risk in terms of a balance of probabilities. These critics of probabilistic thinking are calling for a radical break with past practices, on the grounds that today we simply lack the information to calculate probabilities effectively. Their rejection of the practice of calculating probabilities is motivated by a belief that the dangers we face are so overwhelming and catastrophic (Dunn note: FEAR) – the Millennium Bug, international terrorism, swine flu, climate change – that we cannot wait until we have all the information before we calculate their destructive effects. ‘Shut it down!’ is the default response. One of the many regrettable consequences of this outlook is that policies designed to deal with threats are increasingly based on feelings and intuition rather than on evidence or facts.

(Dunn Note: that also is the product of what an individual might consider his level of competence and ability. Those who have no confidence and no experience with success and effort, chose retreat and fear as the default position.)

Worst-case thinking encourages the adoption of fear as one of the dominant principles around which the public, and its government and institutions, should organize their lives. It institutionalizes insecurity and fosters a mood of confusion and powerlessness (Dunn Note: but most of all it is the byproduct of a lack of experience and development of confidence from effort and acceptance of the results of that effort. More than anything, it is the attitude that since there is a chance of failure, best not to try.)

By popularizing the belief that worst cases are normal (Dunn note: or unavoidable when one has no confidence or fortitude and determination) , it incites people to feel defenseless and vulnerable in the face of a wide range of threats. In all but name, it is an invitation for us to defer to Fortuna. (Dunn note: this means that not only are the difficulties and challenges overestimated, but the ability to deal with them is a measure of the lack of confidence, virtue, and fortitude—a self fulfilling prophesy of failure is easy to accomplish or concede.)

Crisis of causality
The tendency to engage with uncertainty through the prism of fear (Dunn note: or the inability to be rationale and analytic in the face of a challenge), and always to anticipate destructive outcomes, can be understood as a crisis of causality (Dunn note: or a crisis of confidence or commitment to being an actor as opposed to a victim or an object.)

Increasingly, policymakers are demanding precaution in relation to various different problems. When events appear to have little meaning, and when society finds it difficult to account for the origins and the possible future trajectory of those events, then it is tempting to rely on caution (Dunn note: or retreat) rather than on reasoning (or engagement and competent confrontation). Human beings have always exercised caution ( and courage if they were capable of it) when dealing with uncertainty. Today, however, caution has become politicized (or assumed as a default position and an easy out) and has been turned into a dominant cultural norm (or a cheap and easy out).

The clearest manifestation of this is the rise of the idea of sustainability. The doctrine of sustainability demands that we don’t take any risks with our future (or assume that whatever we do, it is bad for the sustainability, so it’s best to avoid doing anything and making as little a footprint as possible.). Taking decisive action to promote progress is seen as far more dangerous (or destructive of the precious environment) than simply staying still. That is why, these days, the ideals of development, progress and economic growth enjoy little cultural valuation. In contrast, just to ‘sustain’ a future of more of the same is represented as a worthwhile objective. (Dunn note: the basic assumption being that human action is bad, inaction is good, and we are a cancer on the planet, and the other non human initiated activities or effects are somehow natural and not destructive. Lion’s killing wildebeests is natural, humans killing wildebeests is destructive.)

Today’s precautionary culture answers the age-old question about where fate ends and free will begins by insisting that our fate is to sustain. (Dunn note: more important it is human fate to avoid effecting nature or the planet.)

In Roman times, and during the Renaissance, it was argued that Virtus could overcome the power of Fortuna. The ideals of virtue upheld courage, prudence, intelligence, a dedication to the public good, and a willingness to take risks. Petrarch’s remarkable The Remedies of Both Kinds of Fortune (1366) proposed the very modern and radical idea that mankind had the potential to control his destiny. In the context of the Renaissance, the conviction that people had the power to transform the physical world began to gain ground. 

In the current climate, however, when Western culture is so apprehensive about dealing with uncertainty, (Dunn note: not true, it is not uncertainty that is our problem is guilt about our existence and a sense that we are invading a non human perfect natural world because we exercise free will and act in ways that non humans cannot.) our aspiration to transform, develop and progress has been overwhelmed by the ethos of caution and sustainability. (Actually overwhelmed by our sense of guilt for existing. We think and teach that we are destructive and defile the planet and the universe by our very existence. We seek to become invisible.)

The crisis of causality expresses a profound sense of unease towards people’s capacity to know. This has a significant influence on the way that communities interpret the world around them. Once the authority of knowledge is undermined, people lose confidence in their ability to interpret new events. Without the guidance of knowledge, world events can appear as random and arbitrary acts that are beyond comprehension. This crisis of causality does not simply deprive society of an ability to grasp the chain of events that led to a particular outcome; it also diminishes the ability to find meaning in what sometimes appears as a series of arbitrary events.

Frequently, the dangers faced by humans are represented as problems that we can’t really understand. (Dunn note: again, not true, since we know plenty and our problem is justifying our existence and the effect we have on the world.)
In contrast to the Enlightenment’s conviction that knowledge could eventually solve all problems, the intellectual temper today tends to focus on the impossibility of knowing. (or the fact that we have no right to be here at all.)

This pessimistic view of our capacity to understand (or our moral right to be here) has important implications for how society views its future. If the impact of our actions on the future is not knowable, then our anxieties towards change become amplified. The skepticism about our ability to anticipate outcomes is often based on the idea that we simply don’t have the time to catch up with the fast and far-reaching consequences of modern technological development. Many experts claim that since technological innovations have such rapid consequences, there is simply no time to understand their likely effects. (Dunn note: merely a cheap excuse for the fact that uncertainty creates a chance to act rightly or wrongly and, by definition, humans act wrongly for the planet, since they act for their own interests and nature has no motives.)

In a roundabout way, the devaluation of knowledge expresses a diminishing of belief in the power and influence of human subjectivity. (Dunn note: not true, humans don’t devalue knowledge as they are convinced by culture and dogma to think that human effort and knowledge are always negative and always produce a blight on the planet.)

That is why it is now commonplace to hear the Enlightenment project described as naïve, or to see scientists castigated for ‘playing God’. The idea of diminished subjectivity, as communicated through the precautionary culture, inexorably leads to a reconciliation with – if not a deference to – fate. (Dumb nature is now the measure of wisdom, human action and effort are evil and mendacious and destroy the perfection of Gaia and nature.)

One of the most important ways in which today’s sense of diminished subjectivity is experienced is through the feeling that individuals are being manipulated and influenced by hidden powerful forces. Not just spin-doctors, subliminal advertising and the media, but also powers that have no name. That is why we frequently attribute unexplained physical and psychological symptoms to unspecific forces, such as the food we eat, the water we drink, an extending variety of pollutants and substances transmitted by new technologies and other invisible processes.

(Yes, the ignorant attempt to find mythologies to explain their sense of powerlessness.)

The American academic, Timothy Melley, has characterized this response as agency panic. ‘Agency panic is intense anxiety about an apparent loss of autonomy, the conviction that one’s actions are being controlled by someone else or that one has been “constructed” by powerful, external agents’, writes Melley. (When people lose the sense of control and the ability to control, they rationalize. Melley ignores the obvious, ignorance, cowardice require something to fill the void and excuse the lack of virtue and competent action—why not some unknown force or conspiracy?)

The perception that one’s behavior and action are controlled by external agents is symptomatic of a heightened sense of fatalism, which springs from today’s sense of diminished subjectivity. (Why do intellectuals talk in stupid terms? What is diminished subjectivity—it is not a rationally explicable phrase. Does he mean diminished sense of control of ones life—sure, subjectivity means nothing.)
The feeling of being subject to manipulation and external control – the very stuff of conspiracy theory – is consistent with the perception of being vulnerable or ‘at risk’. As Melley observes, this reaction ‘stems largely from a sense of diminished human agency, a feeling that individuals cannot effect meaningful social action and, in extreme cases, may not be able to control their own behavior’.

The re-emergence of pre-modern anxieties about hidden forces is testimony to the weakening of the humanist sensibility that emerged as part of the Enlightenment. The loss of a sense of human agency has not only undermined the public’s engagement with politics – it has also altered the way in which people make sense of the world around them. The crisis of causality means that the most important events are now seen as being shaped and determined by a hidden agenda. We seem to be living in a shadowy world akin to The Matrix movies, where the issue at stake is the reality that we inhabit and who is being manipulated by whom.

(Movies are plays and make believe, and add nothing to this discussion, but seem to be something intellectuals like to do, to show they are regular people who attend movies. Idiots can attend movies.)

In previous times, that kind of attitude was mainly held by right-wing (so goofy conspiracy theories are right wing?) populist (also right wing or maybe lefty wing?) movements, which saw the hand of a Jewish or a Masonic or a Communist conspiracy behind all major world events. Today, conspiracy theory has gone mainstream, (no, ignorance and fear and lack of virtue have become more widespread) and many of its most vociferous promoters can be found in radical protest movements and amongst the cultural left. Increasingly, important events are viewed as the products of a cover-up, as the search for the ‘hidden hand’ manipulating a particular story comes to dominate public life. Conspiracy theory constructs worlds where everything important is manipulated behind our backs and where we simply do not know who is responsible for our predicament. In such circumstances, we have no choice but to defer to our fate.
(he repeats himself to no advantage)

It is through conspiracy theories that Fortuna reappears – but it does so in a form that is far more degraded than in Roman times. To their credit, the Romans were able to counterpose virtus to Fortuna. In a precautionary culture, however, fortune favors the risk-averse, not the brave. (Not true if favor means something, since favor means creating an advantage—precautionary conduct does not favor anyone, it is cowardice in the face of uncertainty or the acquiescence to fear as opposed to action and an effort to be effective and achieve success.)

The current deification of fear instructs us to bow to fate. In such circumstances, there is not much room left for freedom or the exercise of free will. Yet if we have to defer to fate, how can we be held to account? In the absence of the freedom to influence the future, how can there be human responsibility? (indeed, virtue is its own reward, Mr. speaker)

One of the principal accomplishments of the precautionary culture has been to normalize irresponsibility (or cowardice and inaction with a dash of decadence as opposed to virtue and maturity and responsibility). We should reject this perspective, in favor of a mighty dose of humanist courage. (Yes, Yes, Yes.)

The above is a speech given at the Philosophy Festival in Modena, Italy, on 18 September 2010. An edited version was published in the Australian on 9 October 2010.

Frank Furedi’s latest book, Wasted: Why Education Isn’t Educating, is published by Continuum Press. (Buy this book from Amazon(UK).) Visit Furedi’s website here. reprinted from: 
http://www.spiked-online.com/index.php/site/article/9768/

John Dale Dunn, M.D., J.D. is an emergency physician and inactive attorney

Saturday, March 14, 2020

THE MATH OF UNCONTROLLED EPIDEMICS

The math of uncontrolled epidemics
By Christopher Monckton of Brenchley

As Willis Eschenbach has pointed out here, the epidemic curve is S-shaped. At first the curve is exponential, but eventually the rate at which new infections occur will decline for any combination of the following four reasons:
1. Decisive public-health measures control its transmission. China and South Korea are good examples.
2. There are no more susceptible people to infect.
3. A vaccine is found. Even when a vaccine is found, testing it for safety takes a year.
4. The population acquires immunity.
The most important step, where a new pathogen is spreading and is proving fatal to some, is that the public authorities should act determinedly and at the very earliest possible moment to hinder the transmission of the pathogen.
Here is why. In the early stages of an epidemic, transmission follows an approximately exponential curve. We now have enough data from the past 52 days of transmission outside China to derive the exponent. We begin with the curve of the daily cumulative case count:
Fig. 1. Cases of COVID-19 from January 22 to March 13, 2020 (worldometers.info)
From the cumulative cases C1 = 9 at January 22 and C52 = 64,659 at March 13, the daily growth rate g over 52 days d is given by (1):
From the shape of the curve at Fig. 1, it is evident that the epidemic is still in its early stages. In particular, public health measures adopted to date by most countries have been ineffective in preventing what appears to be the exponential rise in cases that one would expect from a standard epidemic curve in the absence of determined preventative action.
Every day, on average, the number of cases has been increasing by a little over 19% compared with the previous day.
Next, we verify using the Mk. 1 eyeball that the curve of actual reported cases from all around the world (Fig. 1) follows at all points an exponential curve calculated from the exponent derived via (1). The equation of the curve is plotted using (2).
Fig. 2 shows the graph thus derived:
Fig. 2. Cases of COVID-19 from January 22 to March 13, 2020 (calculated)
Figs. 1 and 2 are scaled and drawn to the same aspect ratio. The blue borders of the graphs will align neatly with the edges of a 16 x 9 PowerPoint slide. Copy the two figures from this article, place them on successive PowerPoint slides and align the borders with the edges of the slides.
Now we use a technique originally developed by astronomers to find moving satellites or planets in successive images of a field of fixed stars: the blink comparator. PowerPoint is a superlative blink comparator. Go to display mode and flick rapidly between the two slides.
You will at once see just how very close the actual data plotted in Fig. 1 are to the idealized exponential-growth curve calculated and plotted in Fig. 2. It is information presented like this
that is useful when trying to persuade governments that the predicted rate of transmission in the absence of more stringent government policies is not merely speculative.
Try the blink comparator for yourself. The two curves are near-perfectly coincident. Therefore, we may legitimately deduce that the daily rate at which the total cases will grow is likely to continue on the exponential-growth curve unless one of the reasons 1-4 listed at the beginning of this article comes into play.
Note again that this is not speculation. The epidemic curve has been well studied, and its characteristics are sufficiently understood. With more than 50 days of data one can derive the growth factor, as we have done, and one can use it to give a quite reliable indication of how fast the infection is likely to continue to be transmitted if existing policies are continued.
Why does this work? The reason is that each infected person will, roughly speaking, pass the infection on to the same number of uninfected people, who will, roughly speaking, acquire or resist the infection to the same degree.
For policymakers at government level, the question is when one should make determined efforts to contain the transmission of the infection, and how determined those control measures should be.
Should governments adopt the Trump approach of declaring a national emergency and engaging the public and private sectors at once to curtail transmission, or the Johnson approach of mumbling about the desirability of enough people contracting the infection to acquire what his Chief Medical Officer has contemptuously described as “herd immumity”?
To begin answering that question, we make Friday, 13 March 2020 Day 1 and calculate how the infection would spread over another 58 days using the established growth factor for COVID-19 that would prevail if the world continued with the talk-a-lot-but-do-too-little policy that continues to prevail in all but a few countries. Results are in Table 1:
Table 1. Cumulative COVID-19 cases from March 14 to May 10 on present policies
From mid-May on, but not until then, enough people will already be infected, as a percentage of global population, to reduce the exponential-growth factor. But how realistic is this table? Will there really be 1 million cases by 19 April, 100 million by 12 May, 500 million by 4 May, 1 billion by 8 May and 1.5 billion by 10 May?
The answer is that the table is a realistic portrayal of what would happen if governments continued to fail to take determined steps to prevent transmission. Since most governments are not wicked, they will realize in due course that they need to raise their game. Therefore, this table, based on the current do-little option, is a benchmark against which one can measure henceforward the effectiveness (or ineffectiveness) of public-health containment measures.
In reality, governments will now begin to take the threat more seriously than most of them have done so far. One can also hope that, at least in the northern extratropics, the warmer weather of spring and early summer will inhibit transmission.
But the value of the present exercise is to give readers of WUWT a handy primer that they can show to their own elected representatives, and request that they should immediately ensure that more decisive containment measures are taken from now on.
To this end, the PowerPoint blink comparator showing how the formula derived from the known cases to date reliably follows the curve of those cases will help to convince your elected representatives that, given the known characteristics of the transmission of epidemics, the formula will just as reliably predict future cases based on current public-health policies worldwide – in short, that the table above represents approximately what would happen unless tough decisions are taken immediately.
In particular, it is in the nature of exponential curves that the sooner one intervenes to prevent the curve from continuing unabated the more effective the control measures will prove to be.
What will be the cost in lives if the do-little option continues? It is notoriously difficult, early in an epidemic, to establish the true death rate. One cannot simply divide the number of deaths to date by the number of infections to date, because the number of infections is rising very steeply, and the deaths lag by about a week.
A more reliable method – though not definitive at this early stage and far less reliable than the future cases predicted in the table above – is to express the death rate as the percentage of closed cases – i.e., of cases whose outcome is known. People either recover or they die (or they are not yet a closed case). At present, the death rate appears to be about 7%. I had hoped that 6% would prove to be the asymptote, but in the last few days the death rate has increased to 7%.
Thus, those who suffer frank symptoms have a 1:14 chance of dying of the infection. In reality, however, anyone under 50 is at negligible risk. Small-sample studies of hospitalized patients suggest nosocomial death rates of 4-15%. Age-related mortality rates are as follows: over-80s 22% in confirmed cases, 15% in all cases; 70-79 8% in all cases; 60-69 3.6%; 50-59 1.3%; 40-49 0.4%; 10-39 0.2%; children 0-9 zero.
Fig. 3. Outcome of closed COVID19 cases outside China (worldometers.info)
For comparison, the death rate from other recent new infections is as follows: SARS 9.6% against an original World Health Organization prediction of 2%; MERS 34%; Swine Flu 0.02%; COVID-19 (based on closed cases to date) 7% against an original WHO prediction of 2% (since revised to 3.4%).
Based on Chinese data, the overall death rate for males is 4.7% in confirmed cases and 2.8% in all cases; and in females 2.8% in confirmed cases and 1.7% in all cases.
Death rates for patients with relevant co-morbidities – chronic illnesses that increase the mortality rate from COVID-19 – are as follows: cardiovascular disease 13.2% in confirmed cases, 10.5% in all cases; diabetes 9.2% and 7.3%; chronic respiratory diseases 8.0% and 6.3%; hypertension 8.4% and 6.0%; cancer 7.6% and 5.6%; no pre-existing conditions 0.9%.
If 1.6 billion people become infected by May 10, up to 54 million (at a 3.4% death rate) or 110 million (at 7%) may have died worldwide by a month or two later. This is one more reason why governments would do well to act sooner than later. It is Mr Trump who is right and Mr Johnson who is wrong.
What can the individual citizen do? The following does not constitute medical advice. It is precautionary, and the precautions may not be sufficient. Your own public health authorities will have their own advice online. At present, however, it is not likely to be as detailed as what follows.
First and foremost, if you are over 60, and particularly if you are male and have pre-existing co-morbidities, protect yourself by isolating yourself at home for the time being. A couple of weeks ago, when I did the math summarized here, I canceled two holidays in the north of
England, an important business meeting in Yorkshire and a dental appointment. I have been at home ever since.
If you must go out, travel by car or motorcycle. Avoid all forms of public transport. In particular, do not use public washrooms: go before you go.
In any public place, wear motorcycle gloves and a motorcycle helmet (a lot more effective than a face-mask). Modern helmets are quite lightweight. Also, wear leather knee-boots and, if possible, leather breeks and a leather jacket rather than any kind of fabric clothes, gloves or boots: the virus can endure on fabric for up to 12 hours, whereas you can wash down leather as often as you like.
Experts in Taiwan have come up with a simple self-diagnosis method that anyone can do every morning. Take a deep breath and hold it for at least 10 seconds. If you can do this without coughing, discomfort, stiffness or tightness, there is little or no fibrosis in the lungs. This does not mean you are not infected: but, if you are infected, the infection is not yet at the dangerous phase.
Japanese doctors give the following advice:
Take a few sips of water at least every 15 minutes. Warm water is best: avoid iced water. Drinking works because, if the virus gets into your mouth, drinking will wash the virions into your stomach, where the digestive acids will dissolve the lipid membrane encasing them, rendering them harmless. Regular drinking also prevents the virus from entering the windpipe and lungs.
Sidenote: I use bottled water, because the tap-water is fluoridated and there is peer-reviewed medico-scientifcic evidence that, in the United States alone, about 1 million deaths of fluoride-induced cancers have occurred as a direct result of fluoridation.
The Japanese doctors also advise us a runny nose and sputum are symptoms of the common cold. Coronavirus gives a dry cough without a runny nose (unless you have a cold as well).
The new virus appears to be unable to endure an ambient temperature above 26-27 Celsius. If so, the summer will help a lot. But there won’t be much summer by May 10.
If anyone who is infected sneezes, the virions will travel up to 10 ft (3 m) before reaching the ground. Therefore, try to keep away from other people in public places by at least 15 feet (4.5 meters), and more if you are downwind.
Do not touch any surface in any public place unless you are wearing motorcycle gloves. Virions on a metal surface can survive for at least 12 hours.
The symptoms of COVID-19 are as follows:
The throat is typically infected first, with a sore throat lasting three to four days. The virus then blends into a nasal fluid that enters the trachea and then the lungs, inducing pneumonia. The nasal fluid is not as normal: it feels as though the patient is drowning. This process takes
5-6 days after the sore-throat phase. With the pneumonia comes high fever and breathing difficulties. At this point, telephone your doctor’s office or health provider, but do not visit them.
The moral of this tale is this. Like it or not, every epidemic spreads exponentially during its early stages. It has here been demonstrated – graphically in both senses of the term – that COVID-19 is no exception to this rule.
Exponential transmission at the now-known rate will diminish, as with any infection, only in response to (1) public-health measures, (2) infection of most of the susceptible population or, eventually, (3) discovery of a vaccine or (4) acquisition of population-wide immunity.
The sooner we act the better. As Table 1 shows, unlike global warming the coronavirus is a real emergency. Thirty years after IPCC’s First Assessment Report, CO2 emissions continue to exceed IPCC’s then business-as-usual case, and yet the world has warmed at only half the 0.33 K/decade that IPCC had then confidently predicted. Thirty days after you read this, if your governments have not taken heed, and if the exponential growth rate therefore continues, 12 million people worldwide will be infected with COVID-19, of whom close to a million will die.
Like it or not, the now-known exponential growth-rate of COVID-19 will continue unless and until effective control measures are taken not only by governments but also by you and me. Tell your governments and tell your friends. If they say you are merely speculating, show them the blink comparator.
Be safe, and do not be afraid to be careful. Yes, a motorcycle helmet looks ridiculous except when on a motorcycle, but ridiculous is better than dead.
Like all things, this thing will pass, but it will do much damage on the way.
_________________________________________________________

To review the grafts and text in its entirety: 
https://outlook.live.com/mail/inbox/id/AQMkADAwATczZmYBLTgyZWQtODUwNy0wMAItMDAKAEYAAAO2cyouc1wfS5Ug2nJXaLNBBwByUE%2FTsFLdQamWrBP2sd3HAAACAQwAAAByUE%2FTsFLdQamWrBP2sd3HAAMoND%2BBAAAA/sxs/AQMkADAwATczZmYBLTgyZWQtODUwNy0wMAItMDAKAEYAAAO2cyouc1wfS5Ug2nJXaLNBBwByUE%2FTsFLdQamWrBP2sd3HAAACAQwAAAByUE%2FTsFLdQamWrBP2sd3HAAMoND%2BBAAAAARIAEAArCZjp%2FIS8T4Pdhh5P6X4Z