The Superconducting Super Collider (SSC) was not too big to fail. Although it was a massive opportunity for the United States to maintain its primacy in high-energy physics and basic research, the SSC was not sufficiently big on the federal funding list back in the early 1990s even to get built.

I’ll admit that headlines extolling an atom smasher in Waxahachie, Texas, may not be as provocative as those from Geneva, one of the world’s most sophisticated cities. But as an American, the thrill of having our every iota of progress toward a commendable scientific goal, such as detecting and quantifying the Higgs boson, broadcast around the globe would have pleased me immeasurably. And, I believe, would have captivated and drawn a superior caliber of young talent to American scientific endeavors, just as the Apollo 11 Mission awed me as a boy and set me on a trajectoryof scientific study.

How the kingpins of CERN’s accelerator, the Large Hadron Collider (LHC), have lauded their detector collaborations, ATLAS and CMS. At the SSC there was the SDC collaboration and GEM (gammas, electrons, and muons), to whose design engineering and management I contributed proudly. CERN’s official announcement that ATLAS has distinguished a specific decay mode of the Higgs boson to a statistical accuracy of 5 sigma (better than one in a million) has incited celebration throughout Europe and beyond. CERN currently boasts 20 member countries, all European, with Israel and others seeking membership. The United States is a lowly observer nation — a paying observer, mind you — along with another half dozen countries.

The Discreet Charm of HEP

Why so many countries? What is in it for them? CERN is, and the SSC would have been, a high-energy physics “user facility.” Other nations are welcome to design experiments and to make use of the energetic spew from the LHC’s hadron collisions. For a price, a hefty price.The United States contributes every year to CERN’s $1 billion budget. Perhaps Congress forgot this when voting down continued funding for the SSC, after investing approximately $2 billion and digging about 14 miles of underground tunnel. The SSC’s hadrons would have been accelerated in that tunnel to 40 TeV, creating a center-of-mass frame impact energy almost triple that of CERN’s LHC, positioning the SSC for meaningful follow-on research after nailing the Higgs.

Alas, the bank-breaking cost of the SSC and the absence of substantial international contributions were cited in its abandonment. Let this be clear: For about $8 billion, the United States let slip away the opportunity to own outright the world’s most modern and potentially most sensational scientific platform. How many hundreds of billions of economic stimulus dollars were spent ineffectually? How many thousands of billions of dollars in recent history did the Federal Reserve wager on commitments to domestic and foreign banks without deigning to inform their overseers? The exact sums would be difficult to calculate, but the sting of the questions is the point.

American Redemption

The most grievous aspect of this situation is neither the surfeit of glowing international press, nor the inevitable Nobel Prize, nor even the strong draw of brilliance to the sciences from which Europe will benefit. It is the fact that high-energy physics — similar to a dominant space program and nuclear science, which won my heart as an undergrad — was Made in America. And we have lost not only our leadership positions in these sciences but perhaps our relevance.

Had the SSC detected and quantified the God particle, it could have offered a glimmer of salvation in this time of near-godforsaken scientific decline and social unrest in our country. One can only hope that Americans will regroup and astonish the world by being first to accomplish something of enormous scientific import, perhaps elaborating Einstein’s grand unification theory. I believe we can do it. But it’ll require technical genius, political will, and a lot of guts.


Gamble is the author of the high-tech thriller Zeroscape.