page-loading-spinner

Gregor Macdonald

Executive Summary

  • Fertility rates are experiencing a "natural decrease" at record levels across the U.S.
  • Poverty rates are rising across the country, despite the "recovering" economy
  • What exactly is "powering" U.S. economic growth? Perhaps much less than realized.
  • Why we are likely in the calm before the storm when corporate profits peak right before an economic downturn
  • The 3 most likely scenarios for the stock market from here

If you have not yet read Part I: Marking the 4-Year Reflationary Rally: How Much Better Off Are We Really?, available free to all readers, please click here to read it first.

One of the challenges the U.S. stock market will increasingly face in the years ahead is continued growth in the Dependency Ratio. The U.S. Census Bureau alerted us to this trend back in 2010. For keen observers of demographics, this couldn’t have been a surprise). The rate at which the Dependency Ratio is growing, and is set to grow further, is accelerating:

The U.S. Census Bureau reported today that the dependency ratio, or the number of people 65 and older to every 100 people of traditional working ages, is projected to climb rapidly from 22 in 2010 to 35 in 2030. This time period coincides with the time when baby boomers are moving into the 65 and older age category…The expected steep rise in the dependency ratio over the next two decades reflects the projected proportion of people 65 and older climbing from 13 percent to 19 percent of the total population over the period, with the percentage in the 20 to 64 age range falling from 60 percent to 55 percent…“This rapid growth of the older population may present challenges in the next two decades,” said Victoria Velkoff, assistant chief for estimates and projections for the Census Bureau's Population Division. “It's also noteworthy that those 85 and older — who often require additional caregiving and support — would increase from about 14 percent of the older population today to 21 percent in 2050.”

This is precisely one of the key, ongoing headwinds that faced Japan's stock market for 20 years. When Japan's economy moved steadily into its low-growth phase, unable to generate sufficient jobs, fertility rates and household formation declined rapidly. As I explained in The Arrival of Japan's Sunset, these will not be cured by the current devaluation of the yen, despite naïve cheerleading. And neither will they be solved here in the U.S.

But in contrast to Japan, the United States is only just embarking on its slow growth phase. Its demographically challenged culture and economy will reinforce each other as we move ahead in time. And, it's not just the retiring class of workers that will massively increase the Dependency Ratio in the U.S. in years ahead…

Why This Recovery Is Coming to an End
PREVIEW

Executive Summary

  • Fertility rates are experiencing a "natural decrease" at record levels across the U.S.
  • Poverty rates are rising across the country, despite the "recovering" economy
  • What exactly is "powering" U.S. economic growth? Perhaps much less than realized.
  • Why we are likely in the calm before the storm when corporate profits peak right before an economic downturn
  • The 3 most likely scenarios for the stock market from here

If you have not yet read Part I: Marking the 4-Year Reflationary Rally: How Much Better Off Are We Really?, available free to all readers, please click here to read it first.

One of the challenges the U.S. stock market will increasingly face in the years ahead is continued growth in the Dependency Ratio. The U.S. Census Bureau alerted us to this trend back in 2010. For keen observers of demographics, this couldn’t have been a surprise). The rate at which the Dependency Ratio is growing, and is set to grow further, is accelerating:

The U.S. Census Bureau reported today that the dependency ratio, or the number of people 65 and older to every 100 people of traditional working ages, is projected to climb rapidly from 22 in 2010 to 35 in 2030. This time period coincides with the time when baby boomers are moving into the 65 and older age category…The expected steep rise in the dependency ratio over the next two decades reflects the projected proportion of people 65 and older climbing from 13 percent to 19 percent of the total population over the period, with the percentage in the 20 to 64 age range falling from 60 percent to 55 percent…“This rapid growth of the older population may present challenges in the next two decades,” said Victoria Velkoff, assistant chief for estimates and projections for the Census Bureau's Population Division. “It's also noteworthy that those 85 and older — who often require additional caregiving and support — would increase from about 14 percent of the older population today to 21 percent in 2050.”

This is precisely one of the key, ongoing headwinds that faced Japan's stock market for 20 years. When Japan's economy moved steadily into its low-growth phase, unable to generate sufficient jobs, fertility rates and household formation declined rapidly. As I explained in The Arrival of Japan's Sunset, these will not be cured by the current devaluation of the yen, despite naïve cheerleading. And neither will they be solved here in the U.S.

But in contrast to Japan, the United States is only just embarking on its slow growth phase. Its demographically challenged culture and economy will reinforce each other as we move ahead in time. And, it's not just the retiring class of workers that will massively increase the Dependency Ratio in the U.S. in years ahead…

Executive Summary

  • Japan is intentionally devaluing its currency through money printing. The recent boost in the Nikkei is simply the result of this flood of new money.
  • Japan industry is now experiencing cost increases on two fronts: inflation of the money supply, and rising prices on the global market for commodities.
  • Rising bond rates are all but guaranteed.
  • Gold vs. the yen is surging and will pick up momentum from here
  • The ten predictable events that will happen next, as the unavoidable Japan disaster unfolds

If you have not yet read Part I: The Arrival of Japan's Sunset available free to all readers, please click here to read it first.

In Part II we explain why Japan has unequivocally entered the terminal phase of its 20-year reflationary experiment.

Further “abundance” harvesting from this point forward will be difficult if not impossible.

Is the devaluation of the yen really the successful technology that will fool nature? We think not. The outcome will have spectacular implications for many global assets, ranging from real estate, to stock markets, to oil and gold.

Observers of Japan from this point forward should be sober about the threshold the country has now crossed. Japan has effectively said to the world: Go ahead, make my day. Sell our currency, give us inflation, and get out of our bonds.

Japan has indeed taken to heart the Krugman dictum, and committed to irresponsibility.

The 10 Next Predictable Steps to Japan’s Unfolding Disaster
PREVIEW

Executive Summary

  • Japan is intentionally devaluing its currency through money printing. The recent boost in the Nikkei is simply the result of this flood of new money.
  • Japan industry is now experiencing cost increases on two fronts: inflation of the money supply, and rising prices on the global market for commodities.
  • Rising bond rates are all but guaranteed.
  • Gold vs. the yen is surging and will pick up momentum from here
  • The ten predictable events that will happen next, as the unavoidable Japan disaster unfolds

If you have not yet read Part I: The Arrival of Japan's Sunset available free to all readers, please click here to read it first.

In Part II we explain why Japan has unequivocally entered the terminal phase of its 20-year reflationary experiment.

Further “abundance” harvesting from this point forward will be difficult if not impossible.

Is the devaluation of the yen really the successful technology that will fool nature? We think not. The outcome will have spectacular implications for many global assets, ranging from real estate, to stock markets, to oil and gold.

Observers of Japan from this point forward should be sober about the threshold the country has now crossed. Japan has effectively said to the world: Go ahead, make my day. Sell our currency, give us inflation, and get out of our bonds.

Japan has indeed taken to heart the Krugman dictum, and committed to irresponsibility.

Executive Summary

  • The transition back to an electricity-centric economy is regressive
  • Declining net energy and peak expansion are co-incident
  • Change that substitutes labor without providing a higher use for it is deflationary and results in inequality
  • Our challenge is to find sustainable work for society

If you have not yet read The Siren Song of the Robot, available free to all readers, please click here to read it first.

Capitalism demands fast gains in productivity. Capitalism seeks revolutionary change. But it’s not clear whether a revolution in machine intelligence leads to a deflationary boom, per Schumpeter, or a deflationary bust.

Writers such as Paul Krugman have perhaps moved too quickly, too easily, to conclude that a massive increase in production from such technology leads sustainably to large growth in GDP without severe consequences. Indeed, in a recent essay responding to Robert Gordon's paper on the end of growth, Krugman takes the view that (positive) returns from technology are just beginning to unfold.

I conclude that Krugman is actually concerned about and open to the possibility that an enormous wave of disruption to manufacturing from robots could produce higher GDP initially and also problems thereafter. What happens to wages in the broader economy?

One does not have to be a Luddite about technology to fear yet another huge new round of wage deflation. The West has already been treated to an era of “cheap, quickly manufactured goods that enhance people’s lives” during the past two decades. And it’s not clear that a flood of goods has necessarily improved well-being.

While I certainly wouldn’t make the curmudgeon's case that electronic devices have reduced well-being, it’s not clear that the I.T. revolution has accomplished much in the way of delivering to consumers cheaper and better quality energy, food, or health care.

Why the Robot Age May Create a Massive Deflationary Bust
PREVIEW

Executive Summary

  • The transition back to an electricity-centric economy is regressive
  • Declining net energy and peak expansion are co-incident
  • Change that substitutes labor without providing a higher use for it is deflationary and results in inequality
  • Our challenge is to find sustainable work for society

If you have not yet read The Siren Song of the Robot, available free to all readers, please click here to read it first.

Capitalism demands fast gains in productivity. Capitalism seeks revolutionary change. But it’s not clear whether a revolution in machine intelligence leads to a deflationary boom, per Schumpeter, or a deflationary bust.

Writers such as Paul Krugman have perhaps moved too quickly, too easily, to conclude that a massive increase in production from such technology leads sustainably to large growth in GDP without severe consequences. Indeed, in a recent essay responding to Robert Gordon's paper on the end of growth, Krugman takes the view that (positive) returns from technology are just beginning to unfold.

I conclude that Krugman is actually concerned about and open to the possibility that an enormous wave of disruption to manufacturing from robots could produce higher GDP initially and also problems thereafter. What happens to wages in the broader economy?

One does not have to be a Luddite about technology to fear yet another huge new round of wage deflation. The West has already been treated to an era of “cheap, quickly manufactured goods that enhance people’s lives” during the past two decades. And it’s not clear that a flood of goods has necessarily improved well-being.

While I certainly wouldn’t make the curmudgeon's case that electronic devices have reduced well-being, it’s not clear that the I.T. revolution has accomplished much in the way of delivering to consumers cheaper and better quality energy, food, or health care.

Executive Summary

  • Peak Oil is a multifactorial concept 
  • Why the IEA forecasts aren't credible
  • Why the data shows Peak Oil is alive & well
  • Where oil prices will head in 2013

If you have not yet read A Tale of Two Forecasts, available free to all readers, please click here to read it first.

The U.S. is currently experiencing its second oil production recovery since 1971, when its supply peaked over 9.5 mbpd.

The first recovery took place over a nine-year period from 1976-1985. That renaissance took U.S. production back up from a low of 8.0 mbpd to nearly 9.0 mbpd. And then, over the next twenty years, U.S. production would fall steadily to its recent nadir of 5 mbpd in 2008. Over the past four years (owing to onshore production in North Dakota and Texas), the U.S. has built back an impressive 1.5 mbpd and is currently producing over 6.5 mbpd of crude oil.

Before we get to the IEA Paris forecast for the future U.S. production, let's take a look at our own Energy Information Administration (EIA) Washington forecast. The IEA Paris forecast is more difficult to understand, as it conflates oil and natural gas liquids. By contrast, the EIA Washington forecast is more specifically focused on oil production, which is easier to compare to U.S. production history. (Remember: Natural gas liquids (NGLs) are not oil. More importantly, they do not contain the same energy as oil. A barrel of oil contains 6 GJ (gigajoules) of energy, but a barrel of NGL contains just 4 GJ.)

Here is the forecast to 2040, from the EIA's (Washington) recent Annual Energy Outlook:

Dissecting the Energy “Boom” Story
PREVIEW

Executive Summary

  • Peak Oil is a multifactorial concept 
  • Why the IEA forecasts aren't credible
  • Why the data shows Peak Oil is alive & well
  • Where oil prices will head in 2013

If you have not yet read A Tale of Two Forecasts, available free to all readers, please click here to read it first.

The U.S. is currently experiencing its second oil production recovery since 1971, when its supply peaked over 9.5 mbpd.

The first recovery took place over a nine-year period from 1976-1985. That renaissance took U.S. production back up from a low of 8.0 mbpd to nearly 9.0 mbpd. And then, over the next twenty years, U.S. production would fall steadily to its recent nadir of 5 mbpd in 2008. Over the past four years (owing to onshore production in North Dakota and Texas), the U.S. has built back an impressive 1.5 mbpd and is currently producing over 6.5 mbpd of crude oil.

Before we get to the IEA Paris forecast for the future U.S. production, let's take a look at our own Energy Information Administration (EIA) Washington forecast. The IEA Paris forecast is more difficult to understand, as it conflates oil and natural gas liquids. By contrast, the EIA Washington forecast is more specifically focused on oil production, which is easier to compare to U.S. production history. (Remember: Natural gas liquids (NGLs) are not oil. More importantly, they do not contain the same energy as oil. A barrel of oil contains 6 GJ (gigajoules) of energy, but a barrel of NGL contains just 4 GJ.)

Here is the forecast to 2040, from the EIA's (Washington) recent Annual Energy Outlook:

Executive Summary

  • The criticality of innovating better storage solutions
  • The pros & cons of investing in energy inputs (coal, oil, etc.) or new energy technologies
  • The impact of increased carbon taxation & higher oil prices
  • Watch where global energy demand is shifting
  • The four ripe sigmoidal growth opportunities
  • Why coal remains the king of fuel

If you have not yet read The New Future of Energy Policy, available free to all readers, please click here to read it first.

As oil went through a price revolution starting in 2004, the venture capital community embraced an array of greentech start-ups. But the first wave of these, which centered on biofuels and other liquid-based replacements for oil, were destined to fail – and fail they did. It has apparently taken a period of digestion and reflection for investors, innovators, and venture capital to quantify better which areas are more promising in the new energy landscape.

Just recently, for example, investment vehicles controlled by Peter Thiel and Bill Gates were among those who funded energy storage company LightSail, which is exploring the use of compressed air as a method for energy storage. This is meaningful.

It indicates an awareness that not only is global energy demand switching over to the grid, but also, that the grid of the future will need much greater flexibility. So, yes, the grid is the future. But storage the ability to retain surplus electricity for release at a later time will be crucial. The reason is that the blend or mix now developing: coal, nuclear, natural gas, hydro, utility-grade wind, and solar (including residential solar) will present a challenge to the grid with its enormous variability in supply.

Storage, to use an economics term, allows for intertemporal supply: the ability to spread power over time. Whether or not LightSail’s technology works and is commercially scalable is a question that awaits an answer. But to target investment in this area, rather than in algae fuels, is right on the mark.

And the need for storage is already becoming critical. The “variability problem” is especially a concern…

Investing Strategies for the New Energy Era
PREVIEW

Executive Summary

  • The criticality of innovating better storage solutions
  • The pros & cons of investing in energy inputs (coal, oil, etc.) or new energy technologies
  • The impact of increased carbon taxation & higher oil prices
  • Watch where global energy demand is shifting
  • The four ripe sigmoidal growth opportunities
  • Why coal remains the king of fuel

If you have not yet read The New Future of Energy Policy, available free to all readers, please click here to read it first.

As oil went through a price revolution starting in 2004, the venture capital community embraced an array of greentech start-ups. But the first wave of these, which centered on biofuels and other liquid-based replacements for oil, were destined to fail – and fail they did. It has apparently taken a period of digestion and reflection for investors, innovators, and venture capital to quantify better which areas are more promising in the new energy landscape.

Just recently, for example, investment vehicles controlled by Peter Thiel and Bill Gates were among those who funded energy storage company LightSail, which is exploring the use of compressed air as a method for energy storage. This is meaningful.

It indicates an awareness that not only is global energy demand switching over to the grid, but also, that the grid of the future will need much greater flexibility. So, yes, the grid is the future. But storage the ability to retain surplus electricity for release at a later time will be crucial. The reason is that the blend or mix now developing: coal, nuclear, natural gas, hydro, utility-grade wind, and solar (including residential solar) will present a challenge to the grid with its enormous variability in supply.

Storage, to use an economics term, allows for intertemporal supply: the ability to spread power over time. Whether or not LightSail’s technology works and is commercially scalable is a question that awaits an answer. But to target investment in this area, rather than in algae fuels, is right on the mark.

And the need for storage is already becoming critical. The “variability problem” is especially a concern…

Flood myths are common to human culture. Swollen rivers, tidal storms, and tsunamis make their appearance frequently in literature. But Hurricane Sandy, which has drawn newly etched high-water marks on the buildings of lower Manhattan (and Brooklyn), has shifted the discussion from storytelling to reality.

Volatility in climate has drawn the attention of policy makers for a decade. But as so often is the case, a dramatic event like superstorm Sandy – the largest storm to hit New York since the colonial era – has punctured the psyche of the densely populated East Coast, including the New York-Washington, DC axis where U.S. policy is made.

Not surprisingly, in the weeks since the historical hurricane made landfall, new attention is being paid to the mounting costs that coastal world megacities may face.

Intriguingly, however, this new conversation about climate, energy policy, and America’s reliance on fossil fuels comes after a five-year period in which the U.S. has dramatically lowered its consumption of oil and seen an equally dramatic upturn in the growth of renewable energy.

The New Future of Energy Policy

Flood myths are common to human culture. Swollen rivers, tidal storms, and tsunamis make their appearance frequently in literature. But Hurricane Sandy, which has drawn newly etched high-water marks on the buildings of lower Manhattan (and Brooklyn), has shifted the discussion from storytelling to reality.

Volatility in climate has drawn the attention of policy makers for a decade. But as so often is the case, a dramatic event like superstorm Sandy – the largest storm to hit New York since the colonial era – has punctured the psyche of the densely populated East Coast, including the New York-Washington, DC axis where U.S. policy is made.

Not surprisingly, in the weeks since the historical hurricane made landfall, new attention is being paid to the mounting costs that coastal world megacities may face.

Intriguingly, however, this new conversation about climate, energy policy, and America’s reliance on fossil fuels comes after a five-year period in which the U.S. has dramatically lowered its consumption of oil and seen an equally dramatic upturn in the growth of renewable energy.

Total 65 items