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Tag Archives: semiconductor manufacturing equipment

Making News: Back on National Radio on Banning TikTok & Other Decoupling from China

14 Wednesday Dec 2022

Posted by Alan Tonelson in Making News

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Byte Dance, CBS Eye on the World with John Batchelor, China, decoupling, export controls, Gordon G. Chang, Making News, national security, privacy, semiconductor manufacturing equipment, semiconductors, social media, tech, TikTok

I’m pleased to announce that I’m scheduled to be back tonight to the nationally syndicated “CBS Eye on the World with John Batchelor.” Our subject – a raft of recent and proposed U.S. government moves to decouple the nation’s economy from China’s, including legislation to ban the Chinese-owned social media app TikTok.

The segment, which also features co-host Gordon G. Chang, is slated to be broadcast at 10 PM EST. But the entire program is always compelling, and you can listen live at links like this. As always, moreover, I’ll post a link to the podcast as soon as one’s available.

And keep on checking in with RealityChek for news of upcoming media appearances and other developments.

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Our So-Called Foreign Policy: For Banning All U.S. High Tech Sales to China

24 Monday Oct 2022

Posted by Alan Tonelson in Our So-Called Foreign Policy

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Biden administration, China, Chips Act, Defense Department, export controls, national security, Our So-Called Foreign Policy, semiconductor manufacturing equipment, semiconductors, tech

Just as my good buddy Ace recently gave me a great idea for a post on U.S. Ukraine policy, my equally good buddy Swifty (a finance guy) yesterday gave me an equally great idea – about how to ensure that U.S. curbs on sales of high tech equipment to China really put the hammer on the semiconductor industry being built in the People’s Republic. And interestingly, it mirrors an idea that I proposed many years ago for America’s human rights policy – government compensation for American-owned firms that lose business due to such limits.

In recent months, Washington has made major – albeit incredibly belated – progress in cutting off such American aid to Chinese tech manufacturers, whose burgeoning capabilities of course will boost China’s military power and potential. Important restrictions on what U.S.- and foreign-owned businesses can supply to China’s microchip entities are contained both in the bill signed by President Biden to boost semiconductor manufacturing in the United States, and in a sweeping set of restrictions on what both U.S.- and foreign-owned firms can supply to China’s microchip entities.

But even if these new policies are adequately enforced – always a big question surrounding American efforts slow China’s tech progress – they suffer two related weaknesses stemming from their tight focus on the highest end semiconductors and the equipment needed to make them. First, the vast majority of chips in use today – including in military systems – are lower-tech, so-called “legacy” chips, and China’s growing presence in the global market for these devices can create dangerous vulnerabilities itself.

Second, any sales of the machinery and software needed to make these legacy chips is bound to wind up helping teach Chinese scientists and engineers how to make their more advanced counterparts.

And this is where Swifty’s idea comes in. As he noted, it needs to be America’s goal to cripple China’s ability to make any type of semiconductor, and to completely shut down its learning opportunities. The big obstacle to imposing the broader controls needed to achieve this goal? The fact that this step would drive U.S.-owned companies that make semiconductor manufacturing equipment out of one of their biggest markets.

Swifty’s recommendation? Compensate them for these losses – at least until they can recoup them by selling to friendly countries to which chip production that’s under pressure from U.S. restrictions moves from China. He adds that such payments would be eminently affordable.

After all, even though the China market is enormously important to these firms, the China revenues they say they’ll lose are drops in the bucket compared with the mammoth scale of overall U.S. government spending, and even of the U.S. defense budget. (For some company-specific figures, see, e.g., here and here.)

That last point is particularly critical. For knee-capping China’s tech prowess is vital to U.S. national security. So think of these payments as defense spending – since it’s at least as important to prevent China from deploying lots of high tech weapons on the battlefield in the first place as to develop ways to fight them on the battlefield.

This national security perspective also matters greatly for dealing with another possible outcome of this greatly escalated U.S. strategy of denial – sabotage by American allies whose tech companies try to take advantage of U.S.-owned firms’ exit from China. Although the Biden administration has given some of them temporary exemptions, so far, the rest seem to be abiding by the new Biden administration rules – even in one case in which a loophole may well exist. But if they balk at wider restrictions, they should be told that their actions could wind up enabling Chinese forces to kill Americans in combat, and that they can’t expect continued U.S. protection if they persist. 

Way back in the early 1980s, I wrote that if the United States was serious about human rights policy, compensation should be paid to American-owned companies that lose foreign business in dictator-ruled countries subjected to U.S. economic sanctions. If Swifty’s similar approach isn’t used for China tech policy, it’ll be difficult to claim that the nation is serious about its national security.        

(What’s Left of) Our Economy: No Great Reset Yet in the Makeup of U.S. Trade

14 Monday Feb 2022

Posted by Alan Tonelson in (What's Left of) Our Economy

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aerospace, Boeing, CCP Virus, computers, coronavirus, COVID 19, exports, facemasks, Great Reset, healthcare goods, imports, jewelry, masks, personal protective equipment, phamaceuticals, pharmaceuticals, PPE, semiconductor manufacturing equipment, semiconductor shortage, semiconductors, stay at home economy, Trade, trade deficit, trade surplus, vaccines, Wuhan virus, {What's Left of) Our Economy

Throughout the CCP Virus period, I’ve refrained from posting on detailed, industry-by-industry trade figures. My reasoning? Pandemic distortions rendered them all but meaningless in terms of what they revealed about the fundamentals of U.S. trade flows and in particular the competitiveness of domestic manufacturing.

Of course, now it looks reasonable to suggest that the pandemic is ending – or at least that the end might really be in sight this time. So I spent some of my weekend comparing the trade flow details from 2019 (the last full pre-pandemic year) with those of 2021 (the last full data year, and whose figures have just been released). And the results surpised the heck out of me. Because if you look at trade deficits and surpluses and how they’ve changed, the best description seems to be surprisingly little.

To start, let’s check out the twenty sectors of the economy that have racked up the biggest trade surpluses in 2019 and 2021. They’re presented below according to the categories created by the U.S. government’s North American Industry Classification System (NAICS), which has become official Washington’s main system for slicing and dicing the U.S. economy. To the right of the actual dollar figure (in billions), you’ll find its rank for that particular year.

And for data junkies, these groupings are those at NAICS’ sixth level of disaggregation – one I like because in many cases it permits distinguishing between final products and the parts and components that make them up. Since for decades, so much U.S. and global trade today takes place in those inputs (because the manufacturing process has become so fragmented because creating complex worldwide supply chains became a premier business model), this distinction has mattered crucially in understanding trade flows.

                                                      2019                             2021

civil aircraft & parts:               $125.953   1                 $79.510   1

natural gas:                                $21.823   4                 $54.923   2

soybeans:                                   $18.493   6                 $27.110   3

other special class provns:         $24.499   3                 $27.019   4

petroleum refinery products:      $30.583  2                 $26.245   5

waste and scrap:                         $13.065  7                 $21.362   6

plastics meterials and resins:     $18.803   5                 $18.771   7

corn:                                             $7.620  11               $18.674    8

semiconductor machinery:          $1.408  43                $11.971   9

semiconductors/related devices: $5.994  14                $10.326  10

non-anthracite coal/petroleum gas:  $9.312  8              $9.250   11

used/second hand merchandise:  $8.805  10                 $8.604  12

non-poultry meat:                        $7.364  12                 $7.898  13

wheat:                                          $5.898  15                 $6.891  14

motor vehicle bodies:                  $9.201  9                   $6.886  15

cotton:                                         $6.225  13                  $5.789  16

copper, nickel, lead, zinc:           $4.402  18                 $5.471   17

tree nuts:                                     $5.096  16                 $4.712   18

prepared/preserved poultry:        $3.745  20                $4.554   19

misc basic inorganic chemicals: $4.169  19                $4.081   20

Some reshuffling of the order of these biggest trade flow winners has taken place. Most stunningly, semiconductor manufacturing equipment jumped from the industry with the forty third widest trade surplus in 2019 to number nine in 2021. Computer parts was in 17th place in 2019 and fell all the way to 52d place (and out of the Top Twenty) in 2021. And motor vehicle bodies dropped from number nine to number 15. But otherwise, the two lists look remarkably similar. In fact, the seven biggest trade surplus industries of 2019 were also the seven biggest in 2021, though the order changed sllghtly.

What has seen much more major change during this two-year period have been the absolute numbers themselves, and these movements do seem pandemic related, though in different ways. Commodities like natural gas and corn (and to a lesser extent, wheat) appear to have been dramatically affected by inflation.

Trade in semiconductors and the machines that make them clearly reflect the increased importance of the “stay at home economy” – both in terms of leisure and the workplace. (The skyrocketing of the semiconductor machinery surplus, however, is also a reminder of how many of the world’s semiconductors are made outside the United States these days – although the microchip industry has also been decidedly cyclical for many years).

Meanwhile, the nosedive in the aerospace surplus has of course resulted from the woes of Boeing, both because of the CCP Virus-related global slump in air travel, and the company’s own manufacturing and safety problems.

Did this pattern repeat for the twenty sectors that ran the biggest trade deficits in those two years? Here are those lists, with the actual figures again in the billions of dollars:

autos & light duty vehicles:    -$126.272  1                -$96.250   1

goods returned from Canada:    -$91.240  2               -$96.124   2

broadcast & wireless comms equip:  -$72.231  3       -$80.075   3

computers:                                 -$59.443  6                -$79.209   4

crude petroleum:                        -$62.006  5                -$63.495  5

pharmaceutical preparations:     -$62.236  4                -$63.477  6

female cut & sew apparel:         -$42.088  7                -$41.028  7

audio & video equipment:         -$22.184  12               -$34.349   8

male cut & sew apparel:            -$30.889   8                 -$29.851  9

misc motor vehicle parts:           -$23.242  11               -$29.055  10

dolls, toys & games:                  -$17.285   14              -$26.789   11

printed circuit assemblies:         -$16.709   16              -$26.588   12

iron & steel & ferroalloy:          -$16.954   15              -$26.294   13

footwear:                                    -$25.597  10              -$26.037   14

major household appliances:      -$14.128  19              -$20.849   15

misc plastics products:                -$12.886 20              -$20.566   16

jewelry & silverware:                   -$3.476  68             -$17.819   17

motor vehicle electrical equip:   -$14.418  17             -$16.151   18

curtains & linens:                       -$12.134   22             -$15.256   19

aircraft engines & engine parts: -$25.670   9               -$14.070   20

The patterns revealed on this list closely resemble those made clear from the Top Twenty surplus list – some reshuffling but – with just a few exceptions like jewelry and silverware, (Home Shopping Network lines burning up?), and aircraft engines and engine parts – little major change. Indeed, the order of the top three hasn’t changed a bit, and as with the biggest trade surplus sectors, the makeup of the top seven is identical (though the order has been slightly modified).

As with the big surplus winners (though on the consumption side, not the production side), the advent of the “stay at home economy” is evident from the large increases in the absolute trade deficits for computers and audio and video equipment (though not so much for the broadcast and wireless gear category, which contains cell phones).

The damage done by the worldwide semiconductor shortage can be seen in the dramatically lower motor vehicle trade deficit. And aerospace woes come through loud and clear from the even steeper drop in the aircraft engines deficit.

Another take on the trade balance figures is provided by examining the sectors where trade balances have improved the most (either because surpluses have expanded or because deficits have shrunk), and worsened the most (either because surpluses have shrunk or deficits expanded). Below are the biggest trade balance “improvers” by percentage change among the sectors that have either run the fifty biggest trade surpluses or the fifty biggest trade deficits. The sectors with “deficit” to the right of the percentage change are those where trade shortfalls declined.

miscellaneous grains:                                     +1,021.72 percent

semiconductor manufacturing equipment:        +750.18 percent

Jewelry and silverware:                                     +412.65 percent   deficit

sawmill products:                                               +270.45 percent   deficit

storage batteries:                                                +168.67 percent   deficit

natural gas:                                                         +151.67 percent

corn:                                                                   +145.07 percent

surgical appliances & supplies:                          +134.60 percent   deficit

sporting & athletic goods:                                    +86.13 percent   deficit

artificial/synthetic fibers/filaments:                     +74.73 percent   deficit

semiconductors/related devices:                          +72.28 percent

small electrical appliances:                                  +71.87 percent   deficit

waste and scrap:                                                    +65.50 percent

animal fats/oils/byproducts :                                 +63.15 percent

motor vehicle steering &suspension & parts:       +60.49 percent   deficit

misc plastics products:                                          +59.60 percent   deficit

printed circuit assemblies:                                    +59.13 percent   deficit

cooling, heating, & ventilation equipment:          +55.91 percent   deficit

dolls, toys, & games:                                            +54.86 percent   deficit

audio & video equipment:                                    +54.84 percent   deficit

One trend that should jump out right away: Thirteen of the twenty sectors that have improved their trade balances the most are still in deficit – which reflects the nation’s continuing huge trade gap.

Since some of the greatest changes in the order of sectors with the biggest trade deficits and surpluses have come in pandemic-related sectors, it’s not surprising that such industries are prominent on the list of improvers. Hence the appearance of semiconductors and their manufacturing equipment, and commodities like miscellaneous grains, corn, and natural gas.

As for sawmill products, their results owe largely to U.S. lumber tariffs. In sporting and athletic goods, can the deficit’s shrinkage be due to a pandemic-y dropoff in physical activity?

Totally puzzling, though – the improvement in electrical appliances and audio and video equipment, where so much production has migrated overseas in recent decades, and because imports of the latter would seem to have jumped to serve so much of the stay-at-home demand.

But on the encouraging side – the big decrease in the trade deficit in surgical appliances and supplies, which includes all the personal protective equipment (like facemasks, gloves, and medical gowns) that have figured so prominently in the nation’s pandemic response, along with ventilators.

Now the twenty major sectors whose trade balances have worsened the most:

oil & gasfield machinery:                                  +54.65 percent

aircraft engines & engine parts:                         +45.23 percent   deficit

civilian aircraft, engines, & parts:                      +36.87 percent

railroad rolling stock:                                         +35.04 percent

turbines & turbine generator sets:                      +33.09 percent

non-diagnostic biological products:                   +31.84 percent   deficit

in-vitro diagnostic substances:                           +31.10 percent

cyclic crude & other intermediate chemicals:    +31.05 percent

guided missiles & space vehicles:                      +30.07 percent

fibers, yarns, & threads:                                     +29.32 percent

motor vehicle bodies:                                          +25.16 percent

paper bags/coated & treated paper:                    +23.26 percent

autos & light duty vehicles:                               +23.78 percent   deficit

petroleum refinery products:                              +14.19 percent

misc animal foods:                                              +10.35 percent

aircraft:                                                                  +9.98 percent   deficit

paints & coatings:                                                  +9.07 percent

tree nuts:                                                                +7.54 percent

cotton:                                                                    +7.00 percent

male cut & sew apparel:                                        +3.36 percent   deficit

Interestingly, although the nation’s huge and chronic trade deficits means that many more industries run them than surpluses, fifteen of the twenty sectors listed above as leading trade deficit losers are surplus industries. So during the pandemic period so far, their surpluses have shrunk. Moreover, the degree of shrinkage has only been kept relatively low because the surpluses weren’t that big to begin with.

For the aforementioned reasons, the aerospace cluster is well-represented among the big deficit losers. But it’s strange that, during the pandemic so far, the U.S. trade shortfall in the non-diagnostic biologic products category that contains vaccines has gone way up.

Overall, however, the weaker export performance even among big U.S. net export winners points to the global economic slump that’s been created by the CCP Virus and the curbs on business and personal activity it’s spawned – which have combined to drag down growth abroad, in U.S. export markets, more than at home. But the remarkably stable makeup of U.S. surpluses and deficits strongly suggests that any new post-virus normal in American trade will strongly resemble the old one.

Those Stubborn Facts: About Those Low-Tech Chinese….

16 Friday Dec 2016

Posted by Alan Tonelson in Those Stubborn Facts

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China, Digitimes, semiconductor manufacturing equipment, semiconductors, technology, Those Stubbprn Facts

Number of front-end semiconductor manufacturing facilities forecast to begin operating worldwide 2017-2020: 62

Number forecast to begin operations in China: 26 (c. 42%)

Number forecast to begin operations in “the Americas”: 10 (c. 16%)

(Source: “China to join top-3 semiconductor equipment spenders for first time, says SEMI,” by Jessie Shen, Digitimes, December 14, 2016, http://www.digitimes.com/news/a20161214PR200.html)

Those Stubborn Facts: Trailing Edge Growth for the U.S. Semiconductor Production Equipment Market

13 Wednesday Jul 2016

Posted by Alan Tonelson in Those Stubborn Facts

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Asia, China, manufacturing, SEMI, semiconductor manufacturing equipment, semiconductors, tech, Those Stubborn Facts

Semiconductor Equipment Industry Association 2016 Year-on-Year Market Growth Forecast:

China: +30.8%

Europe: +6.2%

Taiwan:  -1.8%

Japan:    -7.6%

“North America” (mainly U.S.):  -9.8%

Korea:  -17.3%

(Source: “Chip Equipment Spending SEMI Forecasts: Flat 2016, Rebound in 2017,” SEMI, July 12, 2016, http://www.semi.org/en/chip-equipment-spending-semi-forecasts-flat-2016-rebound-2017)

(What’s Left of) Our Economy: Are the (Computer) Chips Really Down in Japan?

13 Wednesday Apr 2016

Posted by Alan Tonelson in (What's Left of) Our Economy

≈ 2 Comments

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DRAMs, EETimes Junko Yoshida, foreign policy, information technology hardware, Japan, SEMI, semiconductor manufacturing equipment, semiconductors, technology, Victor Basiuk, {What's Left of) Our Economy

What a difference a few decades make! Back in early 1983, during my first few months as Associate Editor of FOREIGN POLICY magazine, a technology consultant named Victor Basiuk approached us with a draft article containing terms we’d never heard of – like semiconductors and DRAMs and industrial policy. It warned of a dramatically shrinking U.S. lead in key industrial and high tech sectors crucial to maintaining military strength and superiority, and the main threat to American predominance was Japan – especially in that semiconductor sector.

Although our staff only dimly understood what Victor was writing about, his findings – e.g., that Japan had overtaken America as a producer of what were then the world’s most advanced computer chips (64K RAM memory chips), and was determined to extend their leadership into next generation devices (256K RAM chips) – looked scary enough to justify publishing, and I’m glad we featured it in our Winter 1983-84 issue. (Unfortunately, the piece doesn’t seem to be available for free on-line.)

So a new EETimes article on the demise of the Japanese semiconductor industry couldn’t help but remind me of the trends Victor spotlighted so long ago, and how dramatically differently the world has turned out. Or has it?

To the experts, the woes of Japanese semiconductor makers are nothing new. Even I’ve recognized how, after years of pace-setting performance, they’ve fallen behind many competitors not only in the United States, but in Taiwan and South Korea as well. But the sectoral portrait painted by EETimes chief international correspondent Junko Yoshida, one of the best tech reporters around, is still jaw-dropping.

According to the author, “the single reality facing Japanese semiconductor firms is this: They no longer matter in the global market.” She supports the claim by noting that nowadays, only one of the world’s corporate semiconductor sales leaders is Japanese – Toshiba. And that one-time titan is so strapped with debt that some of its bonds have earned a junk rating. In 1990, by contrast, six of the world’s top ten semiconductor suppliers was Japanese.

Moreover, Yoshida demonstrates that all the steps taken by the Japanese government to reverse the decline have failed – because they were unable to offset the destructive impact of rigid and increasingly outdated Japanese management practices. Indeed, from 2010 to 2015 alone, these firms’ share of the global semiconductor market had been cut in half, from 14 percent to seven percent. As a result, “Japan as a whole has become a niche player” in the sector.

Yet there’s a crucial part of the story that Yoshida neglects: Japan’s continuing prominence in the advanced materials, equipment – and technologies – needed to manufacture semiconductors.

According to figures from the leading (international) association of the semiconductor sector summarized last year in a U.S. Commerce Department report, although the United States controlled the greatest share of the worldwide chip equipment and materials market (44 percent), Japan wasn’t all that far behind, at 32 percent.

Moreover, the Japanese hold a significant lead in many individual products. For example, the world’s only suppliers of large-scale lithography machines – the devices that use incredibly concentrated light beams to etch circuit patterns on semiconductor wafers – Japanese firms and a Dutch company (ASML) are literally the only games in town. In addition, that semiconductor manufacturers’ group (SEMI) ranks Japan as the world’s top supplier of semiconductor manufacturing materials – like silicon wafers themselves and photomasks – with more than half the global market. Indeed, half of the world’s top ten semiconductor manufacturing equipment companies ranked by revenue are still Japanese.

Semiconductors are commonly – and correctly – described as the building blocks of a modern, high tech economy, so Japan’s quarter century’s worth of struggles to remain a force, after years of worries that it might establish lasting supremacy, are certainly noteworthy. Nonetheless, because semiconductor manufacturing equipment and materials represent the building blocks of these building blocks, Japan still seems to have plenty of tech prowess left.

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  • Following Up
  • Glad I Didn't Say That!
  • Golden Oldies
  • Guest Posts
  • Housekeeping
  • Housekeeping
  • Im-Politic
  • In the News
  • Making News
  • Our So-Called Foreign Policy
  • The Snide World of Sports
  • Those Stubborn Facts
  • Uncategorized

The Snide World of Sports

  • (What's Left of) Our Economy
  • Following Up
  • Glad I Didn't Say That!
  • Golden Oldies
  • Guest Posts
  • Housekeeping
  • Housekeeping
  • Im-Politic
  • In the News
  • Making News
  • Our So-Called Foreign Policy
  • The Snide World of Sports
  • Those Stubborn Facts
  • Uncategorized

Guest Posts

  • (What's Left of) Our Economy
  • Following Up
  • Glad I Didn't Say That!
  • Golden Oldies
  • Guest Posts
  • Housekeeping
  • Housekeeping
  • Im-Politic
  • In the News
  • Making News
  • Our So-Called Foreign Policy
  • The Snide World of Sports
  • Those Stubborn Facts
  • Uncategorized

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