Mr. Speaker, I thank the ranking member for yielding. We've heard a lot of discussion, pro and con, on this bill. It is a good bill. Now, it spends more money than I would like. It actually lists more money than we will ever spend. This is…
Mr. Speaker, I thank the ranking member for yielding.
We've heard a lot of discussion, pro and con, on this bill. It is a good bill. Now, it spends more money than I would like. It actually lists more money than we will ever spend. This is an authorization bill; it is not an appropriations bill. And I know from 14 years of trying to get the appropriators to spend more money on science research that they will not appropriate anywhere near the money that we are authorizing in this bill. So, please don't think because it's a bigger bill than we expected that it's actually going to result in those expenditures.
Let me also comment about the investment aspect. I get tired of the word ``investment'' here. Everyone says we're going to invest money in this, we're going to invest in that, when actually we are just spending money. But this is a bill where we're clearly investing money, and there is a return on the investment in this money, because we are investing in research with a return on it.
When I first came to the Congress I was commissioned by Chairman Sensenbrenner and by Speaker Gingrich to write a report on where we should be going in science in this country. I did so and I examined this investment issue. I tried to pin it down.
There are lots of expert estimates on the return on investment on scientific research. The lowest figure I found was 25 percent annual return. The biggest number I found was 4,000 percent annual return. Take your pick between, but it's better than any other investment you can do. There is substantial return on science investment.
Let me give you one example. Years ago, when I was a graduate student, a friend of mine, Charles Townes, now a Nobel Prize winner, developed a laser. We all knew the principles of it. We knew he would likely succeed at some point. He operated with government funding, through a research contract. I don't know the exact amount, but I doubt if it was a great deal more than $10 million in the dollars of that day. He did develop the laser.
Today, the laser has created a multi-, multi-, multibillion dollar industry. The clothes you are wearing were cut out with lasers. Many of you have had laser surgery in hospitals or in doctors' offices. Every pipeline laid in this country is laid with directional laser beams. Every ceiling hung in this country and throughout the world is hung with the use of lasers.
The first laser I had cost about $1,000. I used it for research in the lab. Today, for $15.00 I can buy an equivalent laser in the gift shop in the Longworth building to use as a pointer. All of that, this multibillions of dollars simply from a $10 million Federal grant. That is the type of return we're talking about here.
This bill is a blueprint for the direction we want to go. We will by no means do all the projects in here. We will by no means invest all the money that is authorized here. Science is a progressive field. We will do the research. We'll find what pays off, and what doesn't pay off. This progressive process of science will allow us to efficiently allocate our resources as we determine the results.
Now, there are some things in this bill I don't think are that good. ARPA-E receives a lot of mention. I don't know if it will work. It worked fantastically in the Defense Department when we did it there. Will it work here? We don't know. We'll find out. If not, we kill the project.
We spent a lot of money here in the first years the Republicans took over this majority in doubling the investment in the National Institutes of Health. The amount of money we put into the National Institutes of Health alone during that period is greater than the total sum of money authorized in this bill. We put it in. It has paid off. Better health products, better analytical techniques to determine illness, to find cures. Very rarely, if you do the science carefully and it's peer-reviewed, very rarely do you find out that it is a bad investment.
Another aspect, we are losing out to other nations in international competition. We are losing out in science and math education. We're losing out in innovation. We're losing out, obviously, in manufacturing because of outsourcing.
If you look at the proof of that, simply examine the scores of our students in 12th grade classes in math and science in international tests across the entire world. Where do we come out? You've heard Chairman Gordon mention some of that a little while ago, but we are not proud of the results.
In physics, we are last of the developed countries in our student scores in 12th grade physics. We are second from the last to all developed nations in the scores for mathematics in 12th grade. We are about fifth from the bottom in general science, just a composite of science subject. In the PITA studies which were completed recently in mathematics comparing students in developed nations, the United States was last out of 21 nations.
We cannot compete in this world if we don't improve. We have to teach our students better. We have to train our teachers better. We have to train the teachers coming out of college so that they can teach in the high schools. We have to train the teachers who are already teaching, who from my experience I know want to teach better, but they have never been properly taught science and math or how to teach it. That again is part of this bill.
America is based on competition. We are a competitive Nation. We survive on competition. We thrive on it. Give us a chance. Give our kids a chance by properly training them to be able to do the scientific research and the technical work that this world needs.
We have to conquer this manufacturing problem we have now. We talk about jobs going overseas because there are cheaper wages. I have talked to manufacturers. I have a manufacturing district. That's not it. They're going overseas to get the talent, not to get the cheap salaries.
With our cutback on H-1B visas, many of my manufacturers are being forced to go abroad to get the work done. I don't like it. They don't like it. And if we do the job right, we will once again bring those jobs back to this country.
Finally, I just want to mention the huge number of endorsements this bill has received. The Chamber of Commerce has endorsed it and is scoring it. The National Association of Manufacturers has endorsed and is scoring it. And I've a list here and Chairman Gordon has also handed out a list of some 30 different scientific organizations supporting this bill.
This is not a fly-by-night bill. It may be more expensive than we want, but we won't spend all the money, I can guarantee that, because the research will be thriftily done and through a progressive scientific method of handing the money out and doing the research step by step.
This conference report represents the culmination of years of work by many people. Expert reports from the National Academies, Business Roundtable, National Association of Manufacturers and Business Higher Education Forum--just to name a few--kept telling Congress that the federal government must increase its investment in basic research and in science and math education, and must ensure that the funds it invests are spent on programs that will keep the U.S. competitive in the global economy. These reports had an enormous impact on the White House's thinking about competitiveness, and resulted in the President's introduction of the ``American Competitiveness Initiative''. Congress has responded to the recommendations about precisely what steps the government should take in the 21st Century Competitiveness Act of 2007 before us.
Beginning in 2006, the President's American Competitiveness Initiative (ACI), launched a three-pronged approach to competitiveness by strengthening research at the National Science Foundation, the Office of Science at the Department of Energy, and the laboratories and construction of the National Institute of Standards and Technology (NIST). This bill fully supports the ACI-requested improvements as well as strengthens programs focused on teacher training and education in science, technology, engineering and math.
The 21st Century Competitiveness Act of 2007 also includes some new ideas, such as the establishment of a DARPA-like agency at the Department of Energy. While I have been skeptical of this idea, it did originate with the experts at the National Academies, and, if it is able to achieve its goals of overcoming some of the great technology hurdles needed to
solve our energy problems, it would be revolutionary. The conference committee recommended $300 million to get this idea off the ground, a much lower amount than was originally proposed.
Last but not least, the bill also addresses the long-term problems facing our nation's manufacturers by broadening and strengthening manufacturing extension services and reviving manufacturing innovation through collaborative research and development. Although manufacturing has experienced tremendous technological gains over the last few years, international competition has exacted a toll on our nation's manufacturers. There is no evidence that these pressures are likely to go away, but this bill takes steps to help our manufacturing workforce grow and innovate.
It is clear that our nation is at a crossroads. The U.S. will either invest in innovation or witness the gradual erosion of our economic position and, quite possibly, the quality of life to which Americans have become accustomed. I recognize that many of my colleagues are concerned that this bill spends more than $40 billion dollars over the next three years. If there is ever an investment that will guarantee an economic return, this is it. To quote from the executive summary of the National Academy of Science (NAS) report, Rising Above the Gathering Storm: Energizing and Employing America for a Brighter Economic Future:
Having reviewed trends in the United States and abroad, the
committee is deeply concerned that the scientific and
technical building blocks of our economic leadership are
eroding at a time when many other nations are gathering
strength . . . [W]e are worried about the future prosperity
of the United States . . . We fear the abruptness with which
a lead in science and technology can be lost--and the
difficulty of recovering a lead once lost.
Science and technology are the fundamental movers of our economy, and if we want to remain globally competitive, this bill is the sure fire way to guarantee results. The dividends paid by training scientists, engineers, and teachers will multiply throughout all sectors of our economy.
I want to thank Chairman Gordon and Ranking Member Hall for working on all of the bills that have become a part of the 21st Century Competitiveness Act. I hope my colleagues will support this investment in our nation's future.