https://www.globalpolicyjournal.com/blog/10/02/2020/transcending-capitalism-three-different-ways
-- via my feedly newsfeed


The impact of an economy's S&E [science & engineering] research can be compared through the representation of its articles among the world's top 1% of cited articles, normalized to account for the size of each country's pool of S&E publications. This normalized value is referred to as an index and is similar to a standardized score. For example, if a country's global share of top articles is the same as its global share of all publication output, the index is 1.0. The U.S. index was 1.9 in 2016, meaning that its share of the top 1% of cited articles was about twice the size of its share of total S&E articles (Figure 22). Between 2000 and 2016, the EU index of highly cited articles grew from 1.0 to 1.3 while China's index more than doubled, from 0.4 to 1.1, indicating rising impact from both areas.
The Congress of South African Trade Unions, the country's biggest labor federation and a key ally of the ruling party, said it wants the 104 billion rand ($6.9 billion) of Eskom Holdings SOC Ltd.'s debt held by the state pension fund manager to be converted into equity owned by workers.
The proposal, made in an opinion piece in Business Day newspaper by Cosatu's General Secretary Bheki Ntshalintshali, is part of a deal the labor federation is trying to reach with business and government to rescue Eskom. The utility can't supply sufficient power to the country and has 454 billion rand in debt.
"This will result in workers becoming shareholders in the power utility," he said, without giving further details.
Eskom is seen as key to South Africa's economic performance and the country's ability to hold onto its last investment grade credit rating. Regular power cuts are hindering output in Africa's most industrialized economy.
Ntshalintshali also recommended that at least 10% of all pension funds, whether private or government owned, be invested in government bonds geared toward social investment and employment creation.
"Workers believe that their retirement funds can contribute toward economic growth, socially desirable investments and employment creation," he said.
The raising of the possibility of so-called prescribed assets is likely to anger investors who are opposed to having their investments dictated by government.
Employers added 225,00 jobs last month as the unemployment rate ticked up slightly to 3.6 percent, largely due to more people entering the job market, yet another sign that there's still room-to-run in this long labor-market expansion. Wage growth, a perennial soft spot in recent jobs reports, ticked up slightly to a yearly rate of 3.1 percent, around where it has been for much of the past year. That's ahead of inflation, last seen running at 2.3 percent, but the fact that the wages have not accelerated suggests some degree of slack remains in the job market (other wage and compensation series show roughly similar stability).
Our monthly smoother pulls out trends in job growth by averaging monthly gains over 3, 6, and 12 months. The pattern it shows is interesting and revealing. Over the past 12 months, job gains average 171,000 per month. Yet that average has accelerated over the past 3 months. Typically, as the job market closes in on full capacity, job gains tend to decelerate, much the way you have to pour more slowly as you reach the brim of a glass to avoid spillage (which, in this analogy, is inflation). Instead, we're seeing no such deceleration, another sign of room-to-run.
In a similar vein, the closely watched employment rate for prime-age workers (25-54) continues to rise, and at 80.6 percent now stands above its 2007 peak of 80.3 percent. However, that's more of function of job gains for women than for men. Prime-age men's employment rate is still 1.4 percentage points short of its 2007 peak, while women have surpass their peak by almost 2 points. This partially reflects job gains is services versus recent job losses in manufacturing.
Factory employment fell again last month, down 12,000. Over the past 12 months, factory jobs are up just 26,000, one-tenth their gains over the prior 12 months (267,000). This clearly relates to Trump's trade war, and while the recent "phase one" agreement with China may improve conditions in the sector–though I doubt it will have much impact–it will take time for trade flows to recover. Note also that blue-collar weekly earnings in the sector are up just 1.3 percent over the past year, a full point below inflation, meaning weekly paychecks for blue-collar factory workers are falling in real terms.
Today's report includes the BLS's annual benchmark revision to the payroll jobs data. In order to adjust the jobs data to more closely reflect a true census of the underlying jobs count, once a year the Bureau adjusts the level of jobs in the previous March up or down by factor based on more complete data. That factor this year was -514,000, a larger than average downward revision (the average revision, without regard to its sign, is 0.2% of payrolls; this one was 0.3%). The revision is "wedged" into the jobs data at a rate of -43,000 per month between April 2018 and March 2019. The negative revision for retail trade was particularly large, at -159,000, or 1 percent, likely a symptom of the accelerating loss of brick-and-mortar retail outlets at the hands of online competition.
The figure shows the difference between the level of payrolls before and after the revision. The new results do not change the fact that the historically long jobs recovery has been solid in terms of job quantity (job quality remains a significant problem). But the new trend is notably less robust than was previously recognized.
The wage-growth story remains much the same as it has been in recent months: stable gains but, despite the tight job market, no acceleration. The figures show annual, nominal wage gains for all and middle-wage private sector workers (the dark lines are 6-month trends). In both cases, we see clear evidence of slowing gains. Both series are beating inflation, so hourly wages are growing in real terms, but the pause in their upward trajectory is evidence that there's still slack in the job market. Other wage series show similar, though less stark, stabilization in recent months.
Another critique of recent wage trends is that while they're clearly being nudged up by the tight labor market, the trends are not as positive as you'd expect given the lowest unemployment rate in 50 years. One way to investigate this claim is to construct a statistical model, including labor market slack, to predict wage growth. If the predictions map closely onto the actual series, then perhaps wage growth is about where you'd expect, i.e., not too low, even given the tight job market.
Source: BLS, see text
The "full smpl" line in the figure below shows the results of such a model for mid-wage workers. The line cuts right through the actual trend in hourly wage growth, suggesting there's no gap between expected and actual wage gains.
However, this isn't quite the right way to do test this question. If the relationship between unemployment and wage gains has diminished over time, that change gets built into model estimates like this one. The way to account for that potential problem is to run the model through an earlier year and predict "out-of-sample." The "smpl thru 2010" line shows the result from this approach. Sure enough, it predicts wage growth closer to 4 percent than the current growth rate of X percent. In other words, at least by this simple model, it's not unreasonable to expect faster wage gains than we're seeing.
See the data note below for details and caveats.
Summing up, labor demand remains admirably strong in the US job market, which shows few signs of age. And equally importantly, labor supply is responding to the demand, as the job market continues to pull people in. On the down side, the trade war has clearly damaged export-oriented sectors, especially manufacturing, both on the job and wage side. Moreover, even with unemployment persistently near a 50-year low, wage growth, at least in these data, has stopped climbing. This, along with low, steady inflation data, clearly implies there's still slack left in the job market, with no rationale at all for the central bank to tap the brakes on growth.
Data note on wage model: The model's dependent variable is year-over-year quarterly hourly wage growth for production, non-supervisory workers. Regressors include a constant, the unemployment rate minus the CBO estimate of the natural rate, two lags of the DV, and "expected trend wage growth" taken from a recent Goldman-Sachs analysis. They define this variable as follows: "Trend wage growth is estimated as the sum of the Fed's measure of inflation expectations and a simple average of the backward-looking productivity growth trend and the Survey of Professional Forecasters' estimate of productivity growth over the next 10 years." The full sample goes for 1992q1 through 2019q4. The "out-of-sample" model runs through 2010.
Some analysts have correctly noted that unemployment doesn't capture slack as well as the prime-age employment rate, especially when it comes to correlating with wage growth. If I substitute the prime-age employment rate into the model, the difference between the two predictions is negligible. My point here is simply that those who think wage growth should be faster at 3.5 percent unemployment are not necessarily wrong.
We're familiar with investments in physical capital, by which I mean property, plant, and equipment — the things most people would recognize as capital. That's tangible capital. But today we also have intangible capital — the investments you can't touch, such as software and intellectual property. You can expand the definition to include things like worker skills that are specific to the firm; when a firm invests in its employees, it's also developing its capital in some broad sense. The metaphor we often use is that Amazon's software platform is as crucial for its business model as an oil platform is for an energy extraction firm.For those interested in digging into the underlying research, a good starting point is "Understanding Weak Capital Investment: the Role of Market Concentration and Intangibles," by Nicolas Crouzet and Janice C. Eberly (NBER working paper from May 2019 is here; for an earlier ungated version from the Kansas City Fed, see here). From the abstract:
These types of investments are increasingly important: Intangible capital is the fastest-growing part of investment. It also seems to be playing a greater role in the success of firms. Not only is intangible capital a larger and larger share of investment overall, but it's also especially important for the firms that end up being the leading firms in their industries.
Amazon's business is built on intangible capital; Walmart's logistics technology is all intangible capital. Retail is a sector where efficiency has risen dramatically and labor productivity has gone up. This is very highly associated with the increase in intangible capital, so in retail especially you see a very strong role for intangible capital among the most successful firms. ...
Intangible capital seems to be where firms' innovative investments are reflected. Historically, we thought technological change was embodied in tangible capital: When firms put new equipment in place, it came with new software and new capabilities. So a way of increasing productivity was to put new equipment in place. Today, you can buy the software separately. So the question is whether physical capital is embodying technological change in the way that it used to. Is the technological change actually in the intangible capital? ...
Intangible capital does seem less sensitive to traditional monetary policy. It tends to depreciate quickly, and it's not an interest-rate-sensitive spending category. That tends to make it less responsive to monetary policy that moves interest rates.
Financial innovation could reverse that effect, though. If intellectual property was "financialized," for example, becoming more like liquid assets, you could definitely see credit markets arising behind intangible capital, as there are for machinery and equipment. Now, intangible capital tends to be embedded in a firm. But there are new markets developing all the time that could make intangible capital more marketable. There are already markets for some types of intangible capital — patents can be bought, sold, and licensed, for example. ...
Just like job growth has shifted toward the service jobs you can't send overseas, investment has shifted toward the industries where you can't offshore the capital and away from the durable goods and manufacturing industries. The curious thing was that we saw job growth in the high-skilled, high-tech sectors, but we didn't see the counterpart in investment growth. We saw the hollowing out of investment away from manufacturing, but we didn't see it going toward high-tech. This was my first inkling that something was going on with investment that was different from what we'd seen historically. The physical capital was the dog that didn't bark.
But high-tech is where there's been a big increase in intangible capital. So when you add that in, you do see a rise in not only high-tech jobs, but also high-tech investment — it's just that the high-tech investment is not the tangible kind.
We document that the rise of factors such as software, intellectual property, brand, and innovative business processes, collectively known as "intangible capital" can explain much of the weakness in physical capital investment since 2000. Moreover, intangibles have distinct economic features compared to physical capital. For example, they are scalable (e.g., software) though some also have legal protections (e.g., patents or copyrights). These characteristics may have enabled the rise in industry concentration over the last two decades. Indeed, we show that the rise in intangibles is driven by industry leaders and coincides with increases in their market share and hence, rising industry concentration. Moreover, intangibles are associated with at least two drivers of rising concentration: market power and productivity gains. Productivity gains derived from intangibles are strongest in the Consumer sector, while market power derived from intangibles is strongest in the Healthcare sector.I recommend the rest of the Eberly interview as well. As one example, I was intrigued by one of her comments about student loans:
What everyone notices when you look at the student loan data is this increase in loans outstanding over the course of the 2000s. Then it accelerates during the financial crisis. ... There's a generational switch: The financial responsibility for education is being transferred from the parents to the students. When the parents lost access to home equity, they reduced spending on many things, but they reduced their spending on education more than on other parts of their budget. The student loans help the family to insure the student's education, but there's a reallocation of consumption within the family as well.
So far, the switch hasn't reversed. So there does seem to be a longer-run shift toward students self-financing their educations. Some of that is a change in the composition of the student body, so you're seeing more students who are self-funding
A survey of West Virginia GDP by industrial sectors for 2022, with commentary This is content on the main page.