Tag Archives: trends

A Briefing on US Energy

Quotes below are from the Energy Information Administration of the US Department of Energy.

“The United States of America is the world’s largest energy producer, consumer, and net importer. It also ranks eleventh worldwide in reserves of oil, sixth in natural gas, and first in coal.”

The US is becoming increasingly dependent on imported oil compared to domestic sources. Over the last 20 years as demand has risen and US production has fallen, crude oil imports have increased to make up the difference.

“Total 2004 petroleum demand is projected to grow by 420,000 barrels per day, or 2.1%, to an average 20.4 million barrels per day.”

“The United States averaged total gross oil (crude and products) imports of an estimated 12.2 MMBD during 2003, representing around 62% of total U.S. oil demand.”

“With the rebound in world oil prices since March 1999, U.S. crude production fell slightly in 2002 and 2003, and is now at 50-year lows.”

US Strategic Petroleum Reserves (SPR) have been increasing as US production is decreasing and prices are rising.

“In mid-November 2001, President Bush directed the Department of Energy (DOE) to fill the SPR to its capacity of 700 million barrels in order to ‘maximize long-term protection against oil supply disruptions.'”

But while our oil is increasingly coming from foreign sources, oil is shrinking as a percentage of our economic picture. Demand for oil is increasing at a slower rate than US GDP. Accordingly, emissions follow this pattern.

“U.S. carbon emissions per dollar of GDP have been declining steadily since at least 1980.”

This is an important trend because the US environmental impact is a growing point of international pressure.

“The United States, with the world’s largest economy, is also the world’s largest single source of anthropogenic (human-caused) greenhouse gas emissions.”

“On March 27, 2001, the Bush administration declared that the United States had “no interest” in implementing or ratifying the Kyoto treaty limiting greenhouse gas emissions, but that it would pursue other ways of addressing the climate change issue.”

This rejection was not completely in denial of the international environmental issues, though.

“In February 2002, the Bush Administration released its proposed alternative to the Kyoto Treaty, calling for significant reductions in emissions of various pollutants (mercury, nitrogen oxide, sulfur dioxide). The program, known as the “Clear Skies Initiative,” would utilize a “cap and trade” system which would allow companies to trade emissions credits. In addition, the Bush Administration envisions reductions in U.S. “greenhouse gas intensity” — the amount of greenhouse gases emitted per dollar of GDP — by 18% over 10 years.”

This proposed alternative is likely to be achievable because the trends of GDP growth and U.S. carbon emissions growth have been in place since 1980.

For the electric power sector, coal-fired plants accounted for 53% of generation, nuclear 21%, natural gas 15%, hydroelectricity 7%, oil 3%, geothermal and “other” 1%.”

Surprisingly, electricity demand is shrinking relative to the economy as well. GDP is growing faster than electricity demand.

“Total U.S. annual electricity demand grew only slightly — about 0.8% — during 2003. For 2004, electricity demand is expected to increase about 2% from 2003 levels, driven by accelerated growth in the economy and weather-related increases in the first and the fourth quarters.”

And even though GDP per kilowatthour is growing, electricity prices have not reflected that change.

“Electricity prices in the United States fell every year between 1993 and 1999, but this trend reversed in 2000, 2001, and 2003.”

The Etherface

Etherface, if you’ll let me coin the term, will refer below to the inevitable pervasive network interface that will link physical things and the information that describes and controls them. There will be a tangible world, and a corresponding representation of that world, that will be rich with detail and control. The etherface will enable interaction with our world at a much deeper level; a level where the tangible is supplemented. Analogous to hyperlinks supplementing texts, tangible objects in our familiar physical world will be linked with information and controls. Other virtual environments will also develop for personal and thematic use.

There will be many paths in the development, including:

  • The transition of computing systems to capture the strengths of centralized, peer-to-peer, and personal computing.

    There is a transition toward centralized and peer-to-peer systems-away from personal computers-but there is a role for all three, based on the natural strengths of each. Personal computers are well suited for local storage, personal applications, and private servers. Centralized and P2P computing can better take advantage of commercial and shared applications and storage.

  • The evolution of portable digital assistants (PDAs) into wearable, even sub-dermal, sensory, productivity, and interactivity tools.

    The opportunity to support the existing senses with supporting devices offers people the ability to enhance the human condition in a wide variety of ways, and the ability to compute with mobility frees us from many traditional location-based confines.

  • The extension of networks into a broader scope of devices.

    As 802.11, Bluetooth, RFID, or other wireless networking systems are supported in a broader array of appliances, the usefulness of the network increases. Definition of an interface standard for the broad introduction of compatible devices will be an important milestone for increased adoption.

  • The development of intuitive interfaces, taking advantage of more of our senses and biology.

    Interfaces will come to replicate the natural interface through which we experience reality, namely, our senses and biology. Visual and auditory interfaces are advanced further than others, but still have a long way to go. Voice interaction, holographic video, biofeedback, and dynamically self-enhancing affective computing techniques are some stepping-stones toward truly intuitive human-computer interaction.

  • The standardization of information management and distribution platforms to support all of the above.

    .NET and SOAP are strong steps in the right direction with regard to interoperability and integration standards for information applications. Further, systems like CPAN make available a very large and constantly growing code base that is public and documented. XML extends HTML for the definitions of unlimited tag definitions, and new standards are developing for the sharing of data. XSLT transfers allow for the separation of the content and the presentation with almost unlimited extensibility. These trends will continue, representing an evolving standard for the management and distribution of information.

  • The development of machine understanding standards and tools.

    Objects in the physical world share characteristics with other objects in the same class. This type of inherited descriptive understanding enables us to understand deeply and draw analogies based on commonalities. It may even be the case that creativity is based in part on the exploration of indirect analogies. Similarly, inheritance and object-oriented design is growing as an important heuristic for information management and distribution. Inheritance plays a key role in the functionality of a code base, and similarly allows for deeper machine understanding of virtual objects.

The etherface is key to enlightenment and the extension of the human life span. Eventually, the etherface will allow individuals to live with any level of relationship to the tangible world that we choose. This means that one could choose to use the etherface to set a timer for coffee in the morning, or to overwhelm the physical world with a virtual environment where one controls the rules and the access. Enhancements to our sensory, memory, communication, and processing systems increase our opportunities for experience, reflection, sharing, and learning.

Mental health will grow in importance relative to physical health over time as better tools reduce demands on our physiques. The etherface is one of these tools, enabling productivity and interaction while reducing the risk that failing physical health will end life. Taken further over time, we could extend life spans and quality of life to a degree that we do not yet understand or have any experience with.

Globalization

Improvements in communications and distribution of goods and services

Leads to

Increased benefits to the lowest marginal-cost producers,

And therefore

Increases the volume supplied by the lowest marginal-cost producers.

Concentration of production

Leads to

Concentrations of wealth

Concentrations of wealth

Lead to

demographic and cultural changes.

Also,

Increasing supply from the lowest marginal-cost producers

Leads to

lower prices.

Lower prices

Lead to

Reduction or elimination of the profit potential for less efficient producers,

and therefore

reduces the number of producers

As the number of producers shrinks

And

The distribution volumes of the lowest marginal-cost producers increases,

Then

The ratio of employees to employers increases.

This demographic shift

Leads to

a gradual, or sometimes rapid, cultural shift.

In addition,

Economies of scale (a core strategy in the minimization of marginal-costs)

Lead to

consolidation.

Gloablization has clear advantages as measured by efficiency and profitability, however, also involves the consolidation/alignment of cultures, practices, language, currencies, and other social and demographic factors.
If people want to lessen these cultural shifts caused by globalization, the dynamics or boundaries of capitalism would have to be modified:
either economies of scale would have to be disassociated with competitive advantage, or the regulations concerning consolidation and/or distribution will have to be more restrictive.
The first option is not realistic, and the second option would limit freedom to trade. Neither option appears very attractive.

Samurai Technocrats

Samurai Technocrats are committed to improving humanity through championing technological tools and systems. There was a premature rise and fall of this class in the internet boom that rung in the 21st century, as many individuals — and eventually groups — began to work and build businesses that were designed to create utility and not just capital.

The conditions that create samurai technocrats are financial security, embracing of innovation, freedom of communication, and broad generosity.

In the 21st century, anonymity will become more optional, and so samurai technocrats will emerge from obscurity.

Evolving systems of life and electronics

We marvel at the power and potential of digital computing, mechanical tools, and computer interfaces, but is it any wonder compared to the analogous systems that have evolved naturally with biological rather than electronic mechanisms? Each of us is an independent system–with our own processor, frame, muscle structures for output, and sensory organs for input. Humans thankfully evolve because each of us is different, and different from the bodies that came before us. Further, our likelihood for passing on characteristics to future generations is related to our viability and the functions of our biological systems. We are biological machines.

But biology as we know it is limited by physical constraints on our senses, memory, and life-spans. It may even be the case that biological imagination and creativity are limited by the inherent constraints of neurological chemistry, however, I don’t imagine this is the case 🙂 I cannot see 3000 miles away without a camera and transmission, and I cannot remember the URL of the 473rd web page I ever viewed without electronic logs.

It seems clear that humans are developing electronic and mechanical tools to move beyond the constraints of our biological selves. We use electronics to extend our senses, empower our expressiveness, assist our memory, automate our processing, and improve our life-span. It seems inevitable that the evolutions of biological and electronic systems will begin to merge in order to take advantage of the best characteristics of each. To reach such a state, the interface between these systems needs to be improved. We are working on it already, and it is a ways off, but simply a matter of time. We are truly fortunate that the basic input and output signals of our biological nervous system are electrical.