From The Tablet: Big Science, Hurrah!
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This article was first published in The Tablet in July, 2012

“How will the discovery of the Higgs Boson impact the Catholic Scientific Community?” asked one panicked email I received soon after CERN announced its discovery. “How can the new discovery and our belief be reconciled?” So many misconceptions in one email… where to start?

I actually got a tour of the CERN ring (while it was down) in 2011. Stealing antimatter for the Vatican, no doubt.

Emails like this, not to mention all sorts of press inquiries, came to us at the Vatican Observatory following the announcement by CERN that they had detected a “a new particle in the mass region around 126 GeV… the results are preliminary but dramatic… we know it is a boson and it’s the heaviest boson ever found.”

The press, if not the scientists, immediately jumped on the news, calling it the discovery of the Higgs Boson (something that the CERN press release was careful not to do) which they inevitably referred to as “The God Particle.”

Right away, the internet was filled with instant pundits giving opinions at varying levels of cluefulness. The CERN press release itself can be found at http://press.web.cern.ch/press/PressReleases/Releases2012/PR17.12E.html and if you want a wonderful and entertaining explanation of CERN, the experiment, and the deeper reasons of why it really is exciting, I can direct you to http://www.phdcomics.com/comics.php?f=1489 , a short video put together by the science cartoonist Jorge Cham.

The Higgs Boson is the last missing piece in the zoo of subatomic particles predicted by the “Standard Model” of how subatomic particles work, a theory which for forty years has guided our understanding of how matter is put together. It’s the bit that would account for the way those particles which incorporate it appear to have mass. It’s named for its proposer, Peter Higgs. It’s an example of a type of subatomic particle called a “boson”, named for Satyendra Nath Bose, who worked out the mathematics of how such particles behave. (And these particles are different from the other kind of subatomic particle, “fermions”, named for Enrico Fermi.)

But rather than trying to explain in any more detail what a Higgs Boson is (an impossible task in this space) I would actually like to take my fearful emailer’s questions seriously. What does its discovery mean to the Catholic community, scientific or otherwise?

First, about that “God Particle” moniker: the particle itself has nothing to do with God -- or at least, nothing more than any other particle of creation does… since every particle, in its own way, demonstrates the beauty and subtlety (and indeed at times the sense of humor) of the Creator.

The God Particle was a book written twenty years ago by the physicist Leon Lederman. Ever since the title was nicked by the journalists, he’s been trying to live it down. From the beginning it was meant only as a metaphor, a way to describe the importance of this particular particle which, if discovered, would cap the Standard Model; a particle which, in its elegance, might reflect the elegance of God; and a particle whose existence, like that of God, its believers have had to take only on faith. In discussing this name, Lederman once joked that it came about because his publisher wouldn’t let him call it “the goddamn particle…”

Scientists do, indeed, speak in metaphors. We have to. Even the word “particle” is a misnomer. A boson or fermion is nothing at all like a tiny speck of stuff that you could see in a microscope. It is an entity that can only be described in terms of the mathematics that it appears to follow; and even the maths are a metaphor for the reality they are trying to describe. People who look for “literal” truth in the Bible would be well advised to remember that materialistic science itself is not meant to be taken “literally.” You can’t do justice to any deep truth, be it love or beauty or subatomic particles or God, with mere human language. You can only invoke a meaning through images that, if well chosen, might shadow the shape of reality in your mind.

Why this lesson is so hard to grasp? Why is it that journalists and non-scientists latch on to the a nickname like the “God particle”? Why do so many people desperately seek to find a religious vindication in the latest incomprehensible advances in science, from the Higgs Boson to Dark Energy to The Big Bang?

I’m glad the public does find it so enthralling. That’s why scientists like me can get paid to do the work that obviously fascinates us, too. Certainly I worry that some people may be expecting science to deliver more than it can promise. Turning researchers into a priesthood does science no favors; after all, the priesthood of priests has suffered its share of anticlerical attacks. But this kind of mind-stretching science does have a role to play in our religious understanding.

Catholic thinkers from Augustine to Aquinas to John Paul II have been at pains to remind us that there are not two different kinds of truth, one for science and another for religion. But there are two kinds of questions. One sort are those that have simple and often quantifiable answers: how many, how big, what happens first, what happens next? Science answers this kind of question. Once these questions are solved, we put them aside and go on to the next set of questions.

The second kind of question, though, are those that we continue to ponder all our lives, even when we already have answers for them... questions about meaning and beauty and love. Rather than answering them, science can provoke us to ask such questions, illuminating them in a new light.. When it does that, science enriches our religion and philosophy without pretending to replace it.

The Higgs Boson, if indeed it is discovered (the report from CERN is tantalizing in how it implies there may be more going on here than just checking off the last open square in our chart of predicted subatomic entities) reminds us that reality exists in ways that matter, on a scale and in a manner that we can partially grasp with our mathematics, but which ultimately go beyond our power of imagination.

It’s a beautiful piece of science. It’s an illustration of how we humans can progress in our understanding of these unimaginable realms of reality. And it’s not over yet.

CERN is a classic example of big science: thousands of scientists, engineers, secretaries, cooks, and cleaners, all working together across many continents to pull off a fabulous feat of discovery. In total, 2400 employees; plus 10,000 visiting scientists. No single individual could have done this work.

The accelerator itself crosses the border between Switzerland and France. The very names of the particles are international -- Higgs, Bose, Fermi: a Geordie and an Indian and an Italian. It requires a lot of communication to get everyone working together. It’s no accident that the Internet itself was first invented at CERN, to promote this communication.

Cern, like any bureaucracy, has suffered from mistakes, setbacks, even scandals. But it is achieving what it was designed to do. It reminds us why we put up with big science; or big government. Or even a big Church. 

Br. Guy Consolmagno

About Br. Guy Consolmagno

Brother Guy Consolmagno SJ is Director of the the Vatican Observatory and President of the Vatican Observatory Foundation. A native of Detroit, Michigan, he earned undergraduate and masters' degrees from MIT, and a Ph. D. in Planetary Science from the University of Arizona; he was a postdoctoral research fellow at Harvard and MIT, served in the US Peace Corps (Kenya), and taught university physics at Lafayette College before entering the Jesuits in 1989.

At the Vatican Observatory since 1993, his research explores connections between meteorites, asteroids, and the evolution of small solar system bodies, observing Kuiper Belt comets with the Vatican's 1.8 meter telescope in Arizona, and applying his measure of meteorite physical properties to understanding asteroid origins and structure. Along with more than 200 scientific publications, he is the author of a number of popular books including Turn Left at Orion (with Dan Davis), and most recently Would You Baptize an Extraterrestial? (with Father Paul Mueller, SJ). He also has hosted science programs for BBC Radio 4, been interviewed in numerous documentary films, appeared on The Colbert Report, and for more than ten years he has written a monthly science column for the British Catholic magazine, The Tablet.

Dr. Consolmagno's work has taken him to every continent on Earth; for example, in 1996 he spent six weeks collecting meteorites with a NASA team on the blue ice regions of East Antarctica. He has served on the governing boards of the Meteoritical Society; the American Astronomical Society Division for Planetary Sciences (of which he was chair in 2006-2007); and IAU Commission 16 (Planets and Satellites). In 2000, the small bodies nomenclature committee of the IAU named an asteroid, 4597 Consolmagno, in recognition of his work. In 2014 he received the Carl Sagan Medal from the American Astronomical Society Division for Planetary Sciences for excellence in public communication in planetary sciences.

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