Energy: Apollo-like Program Needed
Web edition : Wednesday, September 17th, 2008
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A shaky U.S. economy faces further erosion by escalating energy costs. Consumers’ energy gluttony threatens national security. Growing evidence indicates fossil-fuel emissions are altering the global climate. These issues are not only real but also “profoundly tied together,” argued MIT president Susan Hockfield, this morning. The way to get out of this bind, she said, is to catalyze “a dramatic new level of federal investment in energy research and development.”


Hockfield was one of a quartet of luminaries who came to the National Press Club, here in Washington, D.C., to discuss why the public and lawmakers should enthusiastically hand over more money for basic energy research — those long-term studies with no immediately obvious payoff.


The nation’s universities, industries and national labs should galvanize around a common goal of learning how to do more — with less: less energy, that is. Indeed, Hockfield and the others said; cutting energy use should become the 21st century’s Apollo mission — a broad-based national initiative equivalent in focus and enthusiasm to the engineering marvel that allowed America to initially land humans on the moon.


I asked whether the doubling of federal investments in basic research that has been proposed by presidential candidate Barack Obama (and rejected as too costly by the campaign of his rival John McCain) would be enough to accomplish this heroic feat. Not nearly, Hockfield replied. “I’m calling for an immediate tripling [of federal spending], and may up to a 10-fold increase.”


In fact, a doubling in basic research funding would only restore federal investments in that sector (measured as a percent of gross domestic product) to where they were in the 1970s, according to David Bell, president of Intersil Corp., a manufacturer of high-performance semiconductors.


After someone questioned how all this new money might be spent, Hockfield demurred and acknowledged “we don’t have a roadmap.” Indeed, this cartographic initiative should get underway immediately, she argued, before conditions — the economy, energy prices and the global climate —get any worse.


I think this morning’s speakers made a strong case. Unfortunately, it probably doesn’t matter much what I think. Lawmakers weigh issues and decisions differently than I do, and I don’t reflect the average consumer. And this may severely limit the impact of this morning’s message.


I’m swayed by facts and the value of investing in research. It comes from studying science and what it can tell us about our universe. I also tend to take the long view. I can afford to. I’m not living from paycheck to paycheck or threatened with being evicted from my home. Such swords of Damocles distract us, understandably, from worrying about what our world will look like a year from now, let alone a century hence.


So, talking to me is like preaching to the converted. What today’s speakers did not do is couch their arguments in ways that are likely to convince most skeptics to become a convert. One who gave it a good shot, though, was Steven Chu, a Nobel laureate in physics and director of Lawrence Berkeley National Laboratory.


He argued for the precautionary principle with this apocryphal scenario: Firemen put out the flames and save a home that has just experienced an electrical fire. Afterwards, the fire chief advises the owner to get his home inspected to see if the wiring was at fault and needs replacing. The first company the owner calls comes in and says yep: “This home is a fire waiting to happen. But for $20,000 it can be fixed and your family can sleep without fear.”


Not wanting to spend that much, the owner invites in a second and third company to assess the situation. And hears much the same conclusion.


That homeowner could bring in 50 more people to assess his situation and find one that tells him all is okay. But, Chu asked, is that prudent? Certainly, the homeowner’s safety and the lives of his family are worth more than $20,000. So, costly as it is, he should make the investment.


He was trying to strike a parallel to the United States, where its safety and economic security are imperiled by reliance on inefficient and polluting energy sources. Funding energy research should be viewed not as a cost, he says, but as an investment in an upgrade that’s necessary to survive.


Maybe. But I suspect the public — and their representatives in Congress — would like to see Hockfield’s roadmap of how our tax dollars would be spent. Writing a blank check is usually dangerous. Moreover, how can we hold our government accountable if criteria don’t yet exist to gauge whether it hits or misses the mark?


Let’s light a fire under our energy-research experts and get that roadmap. Pronto.


Found in: Climate Change, Environment, Matter & Energy and Science & Society
Comments 4
  • “We already have the technology. It would be fueled by the so called waste of the current Nuclear Reactors. http://en.wikipedia.org/wiki/Integral_Fast_Reactor. My improvements: 1) buried underground - for increased safety and reduced footprint 2) run by the organization with the best Nuclear Safety record, the US Navy 3) as with all the other 200+ national security US Navy Nuclear Reactors secret locations.
    The alternative is a world paved over by solar panels, windmills, and switch grass - with giant energy footprints for each of the Earth's 6.7+ billion people.”
    Mark Oliver inveganathiest
    Oct. 2, 2008 at 5:48pm
  • More On Basic Energy Research

    Biological Evolution Of The Concepts Energy, Religion and God


    A. Lobbying the 2008 presidential candidates

    In the news: A new petition developed to lobby the presidential candidates argues that increased federal investments in BASIC energy research are essential.

    Obviously increased federal investments in BASIC energy research are essential in order to support, maintain and further promote our science-and-technology culture.


    B. From "Science And Technology Evolution Since The 1920s, And Its Societal-Social Implications"

    http://blog.360.yahoo.com/blog-P81pQcU1dLBbHgtjQjxG_Q--?cq=1&p=419

    - The nature of the evolution of science and technology since the 1920s has been the most significant molding factor of the present characteristics of our society, and it is vitally important for charting the future course of our society to learn and understand this evolution.

    - Why is it that since the 1920s technology has been evolving dynamically whereas basic, non-applied, science has been progressing - in my opinion - at ever decreasing rate?

    - Basic, non-applied science, since the 18th century Enlightenment the banner of social and societal evolution out of entrenched traditional doctrines and values, has been abandoned and presently barely survives in few institutions. Enlightenment's inherent philosophy and attitudes in regards to individualism, universal human progress and the applications of reason have been pushed off the western culture highway by the ever rising flood of values, attitudes and texture of life of the technology era.

    - Are we sure that the present Technology Culture is the culture we want to reign supreme from now on forever?

    - We are what we decide to be, and for electing what to be some of us want to know the nature of our essentiality and our place and function in the universe; science will never be sufficient for this but our continuous endless quest, science, is an inherent human characteristic...


    C. Biological cognition of Energy, Religion and God

    Humans comprehend now that life is one of the products of evolution of energy-transformation-storage systems, since at Genesis was the energy singularity, eventually there will be near zero mass and an infinite dispersion of the beginning energy, and in-between, the universe undergoes continuous evolution consisting of myriad energy-to-energy and energy-to-mass-to-energy transformations, life being one of them.

    Energy is the essence-matrix of the cosmos and of life. Energy is Everything, including biology, "religion" and "god". Yet, we do not comprehend what energy is generically, even if we learned many of its aspects and learned to exploit them.

    BASIC energy research is indeed essential...


    Dov Henis

    http://blog.360.yahoo.com/blog-P81pQcU1dLBbHgtjQjxG_Q--?cq=1
    Dov Henis Dov Henis
    Sep. 27, 2008 at 12:33am
  • I don't think science or research will solve the problem. I think the problem is one of economics and not of technology. The problem is that there are thousands of quadrillions of BTU's stored underground, and it's far to cheap to dig it up and burn it. Efficiency will be increased when the real cost of burning the fuel is added into the sales price. The real cost of fuel includes the social and environmental damage the fuel is causing. No one is paying for the global warming we're causing, but in the future, young people like me will have to watch as the world pays the price as it changes tragically in front of our eyes. The solution is straight forward, but takes courage and bravery: we must tax emissions. When the cost of clean energy is equal to or cheaper than fossil fuel energy, then private investors will pour all the money necessary into the research of new solutions. That's a good roadmap for solving energy problems, and it doesn't require a blank check or a gamble.
    Jimbo Brookhyser jim.brookhyser
    Sep. 22, 2008 at 11:06pm
  • Aw shucks, when I accessed this article I thought it was going to be an actual petition that Science News would collect signatures for and then pass on to the candidates! Totally agree with you, as long as I'm not the one making those apportionment decisions.
    Victoria Kim Victoria Kim
    Sep. 19, 2008 at 12:05pm
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