Monday
Oct082007
50 years since Sputnik, who cares?
By Ellen Ratner
Last week I wrote about the "No Child Left Behind" bill, which is currently up for reauthorization in Congress. I received several e-mails asking me, "Where in the Constitution does it say that education is a responsibility of the federal government?" I replied that in the Constitution's first paragraph mandates that the federal government "promote the general welfare." That constitutional phrase would be enough to have a federal role in education. However, the Constitution also requires the federal government to "provide for the common defense." My column this week connects the two, education and defense. They have a symbiotic relationship.
Fifty years ago this week, the old Soviet Union launched Sputnik. A panic came over our families, teachers and schools. The United States public schools turned on a dime. I was in first grade, and within two years, everything about the way we learned math and science changed overnight. By the end of third grade, "the new math" was arriving in our classrooms. Flash cards still existed, but so did hastily made "workbooks" that taught the "rule of order," prime numbers and unusual word problems. By fifth grade, we attended "extra credit" sessions that consisted of learning about base numbers and how computers thought in 1s and 0s.
Americans felt threatened by the Soviet Union's demonstrated excellence in science. We were convinced they could dominate in science, math and the space program. We were determined to not allow this to happen. In the past 50 years, we've seen quite a shift. We've forfeited our midcentury zeal. Reflecting this concern, the National Science Foundation issued a report this week titled, "A National Action Plan for Addressing the Critical Needs of the U.S. Science, Technology, Engineering and Mathematics Education System." The document outlines what we must do to stay competitive.
The facts leading up to the preparation of this report are sobering. Of the students graduating with PhDs in physical sciences in 1980, 22 percent were foreign students and 76 percent were American. By 1997, 36.6 percent of doctoral degrees in physical sciences were held by foreign students. Only about half of those foreign students remained in the United States. Today, in some fields such as Aerospace Engineering, less than half of graduate students are from the United States. Seventy percent of all Texas Tech master's and doctoral degrees in computer science are earned by students who do not hold a U.S. passport.
These statistics reflect a major problem in our precollegiate and pregraduate math and science education. Students don't have preparation to enter math and science fields, and as a result, our own citizens cannot populate the graduate programs in this country. According to the National Science Foundation, almost 30 percent of high school graduates enter college unprepared for first year coursework or arrive at the workplace without the mathematical, scientific and technical skills that employers require. College is too late to do basic education, and it is not getting accomplished in grades K-12.
It doesn't take a rocket scientist to figure out what is wrong with our rocket science in this country. First, we need to reprioritize focus and resources just as we did in the 1950s. We will need real federal coordination and real federal money. No one at the Department of Education coordinates these efforts. It is amazing in the 21st century, but the United States of America has no agreement on what key concepts should be taught at what grade level. A student who moves from middle school in one state to another might miss all science education.
School boards are more concerned with politics than they are educational outcomes. They would rather engage in debates about issues like "intelligent design" education than spend time coordinating with the business community to find out what students need to do to be prepared to work in a competitive world.
Even the most anti-government Libertarian would agree that for our "common defense" we must remain competitive, but we have done little to keep the competitive Sputnik spirit alive that we had midcentury. Actually, forget about competitive spirit, it's really more a matter of economic survival. We are told not to worry about our manufacturing base going offshore because we will be the technology nation. Excuse me, but the only technology our K-12 and college students are engaged in right now is downloading pirated music and movies and "texting" their little hearts out. There is still time to reverse this trend with enough bipartisan political will.
Last week I wrote about the "No Child Left Behind" bill, which is currently up for reauthorization in Congress. I received several e-mails asking me, "Where in the Constitution does it say that education is a responsibility of the federal government?" I replied that in the Constitution's first paragraph mandates that the federal government "promote the general welfare." That constitutional phrase would be enough to have a federal role in education. However, the Constitution also requires the federal government to "provide for the common defense." My column this week connects the two, education and defense. They have a symbiotic relationship.
Fifty years ago this week, the old Soviet Union launched Sputnik. A panic came over our families, teachers and schools. The United States public schools turned on a dime. I was in first grade, and within two years, everything about the way we learned math and science changed overnight. By the end of third grade, "the new math" was arriving in our classrooms. Flash cards still existed, but so did hastily made "workbooks" that taught the "rule of order," prime numbers and unusual word problems. By fifth grade, we attended "extra credit" sessions that consisted of learning about base numbers and how computers thought in 1s and 0s.
Americans felt threatened by the Soviet Union's demonstrated excellence in science. We were convinced they could dominate in science, math and the space program. We were determined to not allow this to happen. In the past 50 years, we've seen quite a shift. We've forfeited our midcentury zeal. Reflecting this concern, the National Science Foundation issued a report this week titled, "A National Action Plan for Addressing the Critical Needs of the U.S. Science, Technology, Engineering and Mathematics Education System." The document outlines what we must do to stay competitive.
The facts leading up to the preparation of this report are sobering. Of the students graduating with PhDs in physical sciences in 1980, 22 percent were foreign students and 76 percent were American. By 1997, 36.6 percent of doctoral degrees in physical sciences were held by foreign students. Only about half of those foreign students remained in the United States. Today, in some fields such as Aerospace Engineering, less than half of graduate students are from the United States. Seventy percent of all Texas Tech master's and doctoral degrees in computer science are earned by students who do not hold a U.S. passport.
These statistics reflect a major problem in our precollegiate and pregraduate math and science education. Students don't have preparation to enter math and science fields, and as a result, our own citizens cannot populate the graduate programs in this country. According to the National Science Foundation, almost 30 percent of high school graduates enter college unprepared for first year coursework or arrive at the workplace without the mathematical, scientific and technical skills that employers require. College is too late to do basic education, and it is not getting accomplished in grades K-12.
It doesn't take a rocket scientist to figure out what is wrong with our rocket science in this country. First, we need to reprioritize focus and resources just as we did in the 1950s. We will need real federal coordination and real federal money. No one at the Department of Education coordinates these efforts. It is amazing in the 21st century, but the United States of America has no agreement on what key concepts should be taught at what grade level. A student who moves from middle school in one state to another might miss all science education.
School boards are more concerned with politics than they are educational outcomes. They would rather engage in debates about issues like "intelligent design" education than spend time coordinating with the business community to find out what students need to do to be prepared to work in a competitive world.
Even the most anti-government Libertarian would agree that for our "common defense" we must remain competitive, but we have done little to keep the competitive Sputnik spirit alive that we had midcentury. Actually, forget about competitive spirit, it's really more a matter of economic survival. We are told not to worry about our manufacturing base going offshore because we will be the technology nation. Excuse me, but the only technology our K-12 and college students are engaged in right now is downloading pirated music and movies and "texting" their little hearts out. There is still time to reverse this trend with enough bipartisan political will.
Why Al Gore deserves the Peace Prize
Getting up Friday morning, I immediately checked the Web to find out if former Vice President Al Gore received the Nobel Peace Prize. He did, and I was excited for him and for the country. As soon as I got on the radio, talk radio hosts started saying that the decision was political, that it was just another way to stick it to President Bush and that Al Gore's work on the environment would do nothing to promote peace. I could not disagree more.
Back in 1998, when Vice President Gore was developing his campaign for president, then adviser Dick Morris advised the vice president to go with the issue that he was most passionate about: the environment. Dick had done the research and found that this was an issue that resonated with many Americans, and Al Gore presented as very genuine on this issue. Given his reputation as "wooden" and "wonky," he needed the infusion of "genuine." Unfortunately, he did not take Dick Morris's advice, and depending on your perspective, he either won or lost the election by a hair.
As the contested election found its way to the Supreme Court, signs abounded from pro-Bush Republicans saying "Sore Loserman," a play on words for Gore's running mate. Gore was gracious, even presiding over the Electoral College count in the Senate. That alone is worth a Peace Prize in a modern democracy. Gore chose to sit out a rematch, telling people he did not want to put the country through a replay of 2000 election vitriol.
Now, fast forward to 2007 and the Nobel Peace Prize. Gore received the Prize underscoring that many citizens of the world believe global warming is man-made not God-made. In fact, he shared the Prize with the United Nations Intergovernmental Panel on Climate Change. That group, known as the IPCC, studied climate change for more than five years, and presented its report in February 2007. The report studied the work of more than 2,000 scientists. It concluded, "the primary source of the increased atmospheric concentration of carbon dioxide since the pre-industrial period results from fossil fuel use, with land use change providing another significant but smaller contribution." In addition the IPCC found that "warming of the climate system is unequivocal as is now evident from the observations of increases in global average air and ocean temperatures, widespread melting of snow and ice and rising global average sea levels."
So, how is it that peace is related to global warming? Simple, a three letter word – oil. Oil is an easy-to-obtain fossil fuel in countries that have caused much destabilization in the world. The top 10 countries that hold the world's oil reserves are Saudi Arabia, Canada, Iran, Iraq, Kuwait, the UAE, Venezuela, Russia, Libya and Nigeria. Need I say more? Alan Greenspan in his memoir said it best, "the Iraq War is largely about oil." If the United States was really concerned about a terrible dictator and genocide, it could have chosen multiple countries in Africa in which to make "regime change" take place. We chose to "intervene" in a country that had oil.
If the case for eliminating global warming from oil isn't enough, consider the Amazon. The destruction of the forest, an area the size of France, has caused murder, the loss of biodiversity and the end of peaceful lives for the indigenous people of the Amazon. The Amazon is just one small example of what we may be headed for. A report requested by the "Yoda" of the Pentagon, Andrew Marshall, and written by Peter Schwartz and Doug Randall, concludes that "In short, while the U.S. itself will be relatively better off and with more adaptive capacity, it will find itself in a world where Europe will be struggling internally, large number of refugees washing up on its shores and Asia in serious crisis over food and water. Disruption and conflict will be endemic features of life." Well said, and not by liberals with a political investment in the crowning of Al Gore as peacemaker. The Pentagon said it; global warming must be addressed if we are to achive world peace. Al Gore was one of the first politicians to see it and promote the cause and for that he richly deserves the prize.