An interesting essay by Dr. Phil Wyatt - PhD in Physics and successful high-tech entrepreneur. Condensed version, reprinted with permission.
"The Golden Age for America’s industrial physicists was the period from the end of WWII to about 1980.
In the early 1940s, within a year of Einstein’s letter to President Roosevelt, in which he warned of the imminent dangers of German interest in nuclear fission, our country began its crash program to develop an atomic bomb and the concomitant ability to produce nuclear power.
Within a brief three and a-half years, the Nation not only had its nuclear weapons, but a growing cadre of talented physicists.
With the onset of the Cold War, and then Sputnik in 1957, physics opportunities in the country began to explode. The huge availability of government funds spawned the creation by physicists of new industries.
Physicists founded many notable companies:
Simon Ramo formed the Ramo-Wooldridge Corporation, later to become TRW.
Gabriel Giannini founded Giannini Controls Corporation, which went public and expanded.
Keeve M. Siegel was the founder of Conductron Corporation, a high tech producer of electronic equipment, which was absorbed by McDonnell Douglas Corporation.
Robert Beyster started Science Applications International Corporation (SAIC). Today the company generates $10 billion in sales and employs 46,000 people.
Gene Amdahl – founded Amdahl Corporation. By 1980 Amdahl Corporation had sold over a US $1 billion of mainframes and had over 6,000 employees worldwide. It was acquired by Fujitsu.
Russell Varian established Varian Associates the inventors of the Klystron. Today, the company has $2 billion in sales and employs 5,000.
Chester Carlson invented xerography and founded Haloid XeroX Corporation.
At one time in the not too distant past, being a physicist was considered a great achievement. Physicists have led the Nation in providing many of the innovations needed to build great industries and defense capabilities. Their achievements have produced many of the key elements of modern electronics, lasers and communications, the genetic code, energy conversion from natural and nuclear sources, etc.
Our Nation has reached a critical crossroad. During these past two decades, the Country’s manufacturing base has eroded significantly due to massive outsourcing, financial restructuring, unfortunate accidents, thefts of trade secrets, and increased foreign innovation and competition.
Since 2001 the United States has run a trade deficit in advanced technology products, a U.S. Census Bureau category that includes new or leading-edge technologies such as biotechnology, life science, optoelectronics, information and communications, electronics, aerospace, and nuclear technology.
The United States annually imports $53B more in advanced technology products than it exports. 2001 was the start of the decline of the Nation’s Middle Class that continues unabated. We shall never regain our world economic dominance unless we are able to stop and reverse this accelerating trend.
A recent review by Harvard Business School discussed America’s industrial losses to other countries, including TV sets, mobile phones, liquid crystal displays, portable consumer electronics, advanced rechargeable batteries for the automotive sector, hard disk drives, advanced composite materials for consumer products, and compact fluorescent lighting, to name but a few.
Today, the number of physicists in our country is perhaps only about 50,000 and the number of Americans pursuing a Ph. D. education in physics has fallen precipitously from the levels of the 1960s.
While our manufacturing industries are collapsing for lack of the technological innovation, we continue to train ever-increasing numbers of foreign physicists who have the skills to help the countries where they live expand and grow through their future efforts.
That used to be America. However, with current immigration restrictions, many have no choice but to return to their countries of origin. There they will create the new technologies and new companies of the 21st century.
We must redirect, somehow, our physics resources to the expansion of the America’s manufacturing infrastructure, before it is too late."