LC

https://thecorrespondent.com/655/blockchain-the-amazing-solution-for-almost-nothing/86649455475-f933fe63

And at the end of the night, Leopold bro’s alpine liquor, over about 4 cubes

Some Greco di tufo, nice value southern Italian white. Great in a chilled glass.

My coworkers, particularly the NYC based ones, are sick of working from home. One individual complained to me that the types of collaboration, meetings, group work, etc...it all takes 1.5x-2x as long. 10, 12 hour workdays are becoming routine. They find it difficult to hit the "off switch" for the workday while stuck at home. Just some anecdotal evidence for the thread.

Starter position in Raytheon (courtesy of Xerxes/Spek in the defense contractor thread - thank you guys for your thoughts, i hope to contribute likewise).

You say there are “tons of people going to China”. I’m saying there are even more people leaving, and at a higher rate than 20 years ago. Maybe that will change in the future but if you were to ask the marginal immigrant today whether they would rather move to America or China, I would guess America would be their preference. And I further guess that civil liberties are a large factor driving that preference.

If you're going to be cheeky, at least be correct. Over the last 20 years, China's net migration rate has decreased from -0.157 in year 2000 to -0.247 per 1000 in year 2019. Since 1950, China has never had a positive migration rate. For context, the net migration rate for U.S. in 2019 was 2.893 per 1000, also down over the same timeframe (but still decidedly positive). The rest I won't comment on at length as it is better suited for a soon-to-be-deceased sub forum. But I will stand by my original point: A free society and civil liberties are a competitive advantage.

At the risk of making a political comment, the biggest competitive advantage the US has over China are its civil liberties and free society. As long as those can be maintained, it will continue to draw people from repressive countries and extract the best from them. As far as I know, nobody is clamoring at the gates of China, desperate to immigrate and start a life there under the glorious CCP.

Well that's like saying what happens when Lombardy is removed from Italy?

No, in my opinion it implies an interest rate problem. Lower rates means near-term cash flows are simply less valuable. Yes, you may be earning 4x EBIT, 10x earnings, whatever metric you want to use. But those CFs are simply not as valued by the market. Compared to firms who have stronger long-term prospects, but all that value is locked up far in the future. Low interest rates means the carrying value to hold all that future value is much less expensive.

Upon quick glance this looks interesting and requires some time to review. Thanks for posting.

The problem with using bayesian statistics to model viral outbreak is that how to select priors and how to define your likelihood distribution are both prone to bias, particularly the latter.

Some commentary on the day: https://www.rollingstone.com/politics/political-commentary/covid-19-end-of-american-era-wade-davis-1038206/

To simplify: Get smarter, accept that you can’t see the future, or learn to see the future.

Cigarbutt, good point re Sweden particularly in relation to process vs outcome. I think that is a good way to consider the problem not just regarding COVID but any decision-making process where the stakes are very high, the nature of the problem is uncertain, and there is a time-limiting component. It pays to be generally right rather than specifically wrong. Also I do appreciate the link on US States vs Countries, I do have some comments on that because I am hesitant to lend much credit to these types of analyses, at least initially: In terms of comparison, I say this a lot because the topic of causation vs. correlation is discussed often on this board. For a valid comparison to take place, you need both intuitive and empirical evidence. In this case, it is not simply enough to say that Tennessee and Lebanon are similarly populated countries. One has to ask the question, "why is that a valid figure to use as comparison"? To answer that question, we need to understand the nature of the virus. OK, so it is a respiratory virus, it seems to be spread primarily by water droplets from person to person, it can withstand environmental conditions for XYZ length of time, etc. I don't know the answer to all these questions on the virus's characteristics - i.e. how significant does sunlight intensity, ambient humidity, etc. play a role in the virus' survivability, and other such questions. But they are important for a scientist/statistician to know, in order to make valid comparisons of treatment & outcomes. Ultimately, today our limited knowledge leads us to believe that (like most respiratory viruses), close human-to-human contact allows the virus to spread easily. In other words population density would be a significant factor. So personally to do such a comparison I would look at population size, average population density, and also the size of the tails of population density. But, let's look at Colorado vs. Denmark: Denver is 50% less dense than Copenhagen, and Colorado as a State is about 6x less dense than Denmark as a country. And yet Colorado has a significantly greater number of COVID deaths per thousand. So is population/population density not a significant predictor? Or is this just an outlier? Or is the divergence in due to some other factor (e.g. mask-wearing, weather, or something else?) Now we would need to somehow quantify the impact of mask-wearing. How can it be measured? How can it be compared? Not an easy task. Weather is a little easier, we have existing metrics (temperature, humidity, cloud cover, etc.) to track this. But ultimately these are difficult questions to answer and it goes back to the initial point on process vs. outcome in the face of very serious unknowns - in particular considering core values as you correctly put it. Appreciate the acknowledgement - it is in my opinion nearly the only useful, dependable statistic we have. At least "early in the game". To me this was quite obvious. What were the other options? Self reporting (too subjective)? Test results (early on the application was inconsistent, there were no control groups, questions on accuracy and timing of test results, etc.). But you make another interesting point on how it springboards discussion (core values). I did not even think of this (collaboration has benefits, it appears :D) In fact I like using yours & Castanza's references regarding life expectancy. This provides somewhat of an objective (or at least, apples vs. apples) method to measure impact of COVID vs. impact of lockdowns.

In many of these cases where, as you point out, the inputs and comparisons are "mucky" (to put it mildly), I would guess that the best solutions are the cheap, widespread ones. The low hanging fruit. Interestingly it is really an investment question - let's follow WB's advice and look for the one foot hurdles. Make generously conservative assumptions, and if the proposition STILL indicates success, that is a good sign. Wearing masks for example - minimal cost, incredible payoff. And you see compounded effects. Masks slow the viral spread which leads to reduced peak hospital utilization, leading to more flexibility when allocating capital (nurses, beds, ventilators, etc.), leading to better patient outcomes. Now instead of scrambling to provide ventilators, you can instead provide testing faster & universally. This leads to self-identified patients quarantining, again reducing the spread. The point - if you get a lot of people do to a few little things (high volume, low margins), the compound effects make it easier to allocate resources to high(er) cost, concentrated efforts. The difficulty I think with COVID, particularly the early months, was a combination of excessive emotion and lack of information, and a "time crunch" to deliver solutions. This of course leads to sub-optimal results. And here is where the politician and the investor diverge. The investor can toss anything in the "too hard" pile, governors and PMs do not have that luxury.

Ah, I see you are familiar with the politics sub-forum :D Yes, in my opinion. I attribute it to "basic human decency". It is akin to asking loaded questions ("are you still beating your wife?") and then hiding behind the "Well I am only asking questions..." defense. In the long run, all it does is waste valuable time and effort for those willing to refute the nonsense, and ultimately costs reputation damage to the person presenting such nonsense. Of course, in this day and age it seems reputation is less-and-less valued. Buffett has spoken on this point quite well. On unemployment: Forgive me but I am hungover and am not going to read these entire studies. I will say that the language in these conclusions indicate mortality risk is correlated with income loss. It also appears the results are somewhat aligned. Hazard ratio 1.6 falls right in the 50-100% results from the second study. There are some concerns: As you mention, COVID unemployment is due to voluntary policies - compared to "involuntary" recessions used to drive the conclusions in these studies. It is unclear if the same conclusion is applicable here. I am not sure if these studies include the effect of increased resources (e.g. increased unemployment benefits, one-time stimulus check). Again, not clear if the conclusion will be applicable. Thirdly in terms of impact. The below is very crude analysis, and, quite unpalatable (but important to think about regardless of the taste it leaves, sadly): If we take a 1.25 average reduction in life expectancy per unemployed individual per the above references. In July, the number of persons not in the labor force who currently want a job declined by 463,000 to 7.7 million; this measure is 2.8 million higher than in February (BLS) So we have 2.8MM unemployed, therefore about 3.5MM expected years-of-life which have been lost due to voluntary COVID precautions. On those who have died, let's put the weighted average age at 60 - essentially with 18 years of expected life remaining. Now, this implies that if the voluntary COVID precautions saved about 195,000 lives, it is economically "worth it". Actually this number should be adjusted downwards as (1) the marginal individual within those 195,000 is probably younger than 60, (2) there is a "cost savings" of the government not having to provide social security/medicaid to those deceased, (3) the 1.25 life expectancy reduction is probably high as it does not account for elevated unemployment benefits. So you can make adjustments from there.

The first giant quote on that nonsense, "regenerative medicine", book-shilling website you posted is patently false. From CDC data, 2020 has the lowest weekly death rate in a decade - so far Although some of this lower death rate may be due to reporting lag, that lag is likely too small to explain the lower weekly death rate in 2020 than in previous years. Go to the CDC dashboard and you can plainly see the exact opposite. https://www.cdc.gov/nchs/nvss/vsrr/covid19/excess_deaths.htm

Thoughts on competition from cheaper producers (mostly foreign e.g. tp-link)? Ubiquiti makes great products. And I think from an investment perspective they are attractive in certain lights (crackdown on Chinese networking gear, for example). But ultimately how do you get comfortable paying 35-40x earnings for a networking hardware producer? That is what is keeping me from dipping toes in.

Lot of reduction in financials. And interestingly, bought barrick gold.

Good help is hard to find. A tale as old as time.

Welcome to the club of 5 folks here invested in tobacco. We're always craving the next dividend hit and afraid of cancerous price movement.

Oh they're absolutely lower - for sure. And hopefully every other state in the USA stays well below NY's peak. Texas, Florida etc. all have the benefit of (1) three months of preparedness vs NY, and (2) much, much lower population densities. What is despairing is that despite these two significant advantages, Texas still suffered a brutal July. I attribute this to a portion of Texans simply not giving a damn, which is tragic.

That's quite the claim. For something so obvious, I'm sure you'll have no trouble providing us with the evidence. Perhaps, but at what cost? Texans have been travelling to neighboring states over those weeks to escape such onerous requirements. Somewhere between 5-10k Texans died from COVID in the past few weeks. I guess these are necessary sacrifices to the COVID-god, so the rest of Texas can drink in air-conditioned bars without wearing a face mask. There have been 8K TOTAL covid related deaths in TX since this whole thing started. That is simply not true. What was the "law" that it requires more effort to refute bullshit than it is to generate it? Here is what I said: Somewhere between 5-10k Texans died from COVID in the past few weeks Here is the data: Note: As of today, the most recent weekly excess mortality report for Texas is dated July 25. WE 7/25: 1316 excess deaths (this week's reporting is still in progress i.e. the number here is under-reported) WE 7/18: 2274 excess deaths WE 7/11: 1948 excess deaths WE 7/4: 1227 excess deaths Total for July is about 7k COVID deaths.

That's quite the claim. For something so obvious, I'm sure you'll have no trouble providing us with the evidence. Perhaps, but at what cost? Texans have been travelling to neighboring states over those weeks to escape such onerous requirements. Somewhere between 5-10k Texans died from COVID in the past few weeks. I guess these are necessary sacrifices to the COVID-god, so the rest of Texas can drink in air-conditioned bars without wearing a face mask.