Tag Archives: PublicPerception

Why the Higgs Matters, In A Few Sentences

One of the big challenges facing journalists writing about science is to summarize a scientific subject accurately, clearly and succinctly. Sometimes one of the three requirements is sacrificed, and sadly, it is often the first one.

So here is my latest (but surely not last) attempt at an accurate, succinct, and maybe even clear summary of why the Higgs business matters so much.

`True’ Statements about the Higgs

True means “as true as anything compressed into four sentences can possibly be” — i.e., very close to true.  For those who want to know where I’m cutting important corners, a list of caveats will follow at the end of the article.

  • Our very existence depends upon the Higgs field, which pervades the universe and gives elementary particles, including electrons, their masses.  Without mass, electrons could not form atoms, the building blocks of our bodies and of all ordinary matter.
  • Last July’s discovery of the Higgs particle is exciting because it confirms that the Higgs field really exists.  Scientists hope to learn much more about this still-mysterious field through further study of the Higgs particle.

Is that so bad? These lines are almost 100% accurate… I’m sure an experienced journalist can cut and adjust and amend them to make them sound better and more exciting, but are they really too long and unclear to be useable?

Some False Statements about the Higgs Continue reading

Why, Professor Kaku? Why?

Professor Michio Kaku, of City College (part of the City University of New York), is well-known for his work on string theory in the 1960s and 1970s, and best known today for his outreach efforts through his books and his appearances on radio and television.  His most recent appearance was a couple of days ago, in an interview on CBS television, which made its way into this CBS news article about the importance of the Higgs particle.

Unfortunately, what that CBS news article says about “why the Higgs particle matters” is completely wrong.  Why?  Because it’s based on what Professor Kaku said about the Higgs particle, and what he said is wrong.  Worse, he presumably knew that it was wrong.  (If he didn’t, that’s also pretty bad.) It seems that Professor Kaku feels it necessary, in order to engage the imagination of the public, to make spectacular distortions of the physics behind the Higgs field and the Higgs particle, even to the point of suggesting the Higgs particle triggered the Big Bang.

In doing this, Professor Kaku sows confusion among journalists and the public, and undermines the efforts of serious particle physicists to explain and convey, both vividly and accurately, the science and the excitement of our time.  And on what grounds does he justify this?  Doesn’t the taxpaying public deserve the truth?  Isn’t the truth already exciting enough? And what will the public think of science if, in this information era, the promulgation of falsehoods and near-falsehoods on national media is unanswered by complaints from other scientists?

I’m so frustrated with Professor Kaku’s unfortunate remarks that rather than write more today, I’ll simply direct you to Sean Carroll’s blog — Sean’s response was much more measured and polite than mine would be if I spoke my mind.  For now I’ll just conclude by suggesting that Professor Kaku has some serious explaining to do — to his scientific colleagues, to the science journalist that he misled, and to the public.

(Perhaps you will ask me the same question: “Why DOES the Higgs particle matter?”  Here’s my own article from July giving the answer; it’s short and condensed, but it’s not false, as my colleagues will attest!  For a longer explanation with more details and fewer shortcuts, you can try Sean Carroll’s book or Lisa Randall’s book, or  you can poke around on my website for various related articles; there’s the Higgs FAQ, the story of the Higgs discovery, an article on why the Higgs is not related to gravity, or if you’re really ambitious you can try this set of articles [which requires you first read this set] which is suitable for people who once took a little first-year college physics.)

European Weather Model Does It Again?

We’re gearing up for another big-time storm predicted for the northeastern United States — we’ve had more than we need over recent months — so before we perhaps lose power (or you do)…

…I want to remind you that Sean Carroll and I were interviewed last night by science writer Alan Boyle.  My impression is that the conversation (which touched on issues involving the Higgs particle, dark matter, and the nature of science as a process) went well, and I hope that you enjoy it.  Just click on this link http://www.blogtalkradio.com/virtually-speaking-science/2013/02/07/sean-carroll-matt-strassler-alan-boyle , endure the commercial, and you should get the radio broadcast (just about 60 minutes).

As for that big blizzard threatening Boston with over two feet (0.6 meters) of snow, and winds over 60 miles (100 km) per hour, along with some coastal flooding, it is interesting that the European Weather Model, which did the better job on forecasting Hurricane Sandy, appears to be doing better on this one too.  The US-based Global Forecasting System may again have been a bit late to the party.  The difference in the scientific approach of the two forecasting models was described in a previous post, after Sandy, thanks to one of my readers; if you missed it then, you may find it worth a read now.

Well, it will be interesting to see how the reality plays out; but given how well the European model forecast Sandy, it would seem prudent not to underestimate this storm.  Be careful out there!

[Note Added: Julianne Dalcanton, professor of astronomy at the University of Washington, pointed me to her university colleague Cliff Mass's article about various problems at the US National Weather Forcasting agency.  See also this article.  This is seriously disturbing stuff, if you live in the U.S.]

Wednesday: Sean Carroll & I Interviewed by Alan Boyle

On Wednesday February 6th, at 9 pm Eastern/6 pm Pacific time, Sean Carroll and I will be interviewed by Alan Boyle on “Virtually Speaking Science”.   The link where you can listen in (in real time or at your leisure) is http://www.blogtalkradio.com/virtually-speaking-science/2013/02/07/sean-carroll-matt-strassler-alan-boyle

What is “Virtually Speaking Science“?  It is an online radio program that presents, according to its website:

  • Informal conversations hosted by science writers Alan Boyle, Tom Levenson and Jennifer Ouellette, who explore the explore the often-volatile landscape of science, politics and policy, the history and economics of science, science deniers and its relationship to democracy, and the role of women in the sciences.

Sean Carroll is a Caltech physicist, astrophysicist, writer and speaker, one of the founders of the blog Cosmic Variance, who recently completed an excellent popular book (which I highly recommend) on the Higgs particle, entitled “The Particle at the End of the Universe“.  Our interviewer Alan Boyle is a noted science writer, author of the book “The Case for Pluto“, winner of many awards, and currently NBC News Digital’s science editor [at the blog  "Cosmic Log"].

I was interviewed on Virtually Speaking Science once before, by Tom Levenson, about the Large Hadron Collider (here’s the link).  Also, my public talk “The Quest for the Higgs Particle” is posted in their website (here’s the link to the audio and to the slides).

 

TIME for a Little Soul-Searching

Yes, it was funny, as I hope you enjoyed in my post from Saturday; but really, when we step back and look at it, something is dreadfully wrong and quite sad.  Somehow TIME magazine, fairly reputable on the whole, in the process of reporting the nomination of a particle (the Higgs Boson; here’s my FAQ about it and here’s my layperson’s explanation of why it is important) as a Person (?) of the Year, explained the nature of this particle with a disastrous paragraph of five astoundingly erroneous sentences.   Treating this as a “teaching moment” (yes, always the professor — can’t help myself) I want to go through those sentences carefully and fix them, not to string up or further embarrass the journalist but to be useful to my readers.  So that’s coming in a moment.

But first, a lament.

Who’s at fault here, and how did this happen?  There’s plenty of blame to go around; some lies with the journalist, who would have been wise to run his prose past a science journalist buddy; some lies with the editors, who didn’t do basic fact checking, even of the non-science issues; some lies with a public that (broadly) doesn’t generally care enough about science for editors to make it a priority to have accurate reporting on the subject.  But there’s a history here.  How did it happen that we ended up a technological society, relying heavily on the discoveries of modern physics and other sciences over the last century, and yet we have a public that is at once confused by, suspicious of, bored by, and unfamiliar with science?   I think a lot of the blame also lies with scientists, who collectively over generations have failed to communicate both what we do and why it’s important — and why it’s important for journalists not to misrepresent it. Continue reading

Shock, Foreshock and Aftershock in Italy

It’s hard to know quite what to say about the verdict in Italy convicting scientists — experts on earthquakes — for having… for having… well, what, exactly did they do?  That’s the whole question.  They made pronouncements that tried to state that risks of a big quake, following a swarm of smaller earthquakes in the L’Aquila area of Central Italy, were low, although of course not zero.  But their wording and their calls for calm led to some people staying in their homes instead of remaining outdoors, and consequently losing their lives when, in fact, the big quake did take place soon after.   The issue is not whether they failed to predict the quake — no one is arguing they could have done that.  The issues are whether they did enough to make clear that there was a small risk of a big quake, and also, who is ultimately responsible — the experts, the government, or the public — for making the final cost-benefit analysis about the risks to individuals’ lives?

And of course, following the conviction, and a sentence of six years in prison for manslaughter, the next question is: even if this sentence is overturned on appeal, what scientist, or expert of any type, will dare to give advice to the Italian public in future, knowing that if the advice proves incomplete or unwise in retrospect, the result may be incarceration? Has Italy lost its wisest advisors?  (Four members of the “Great Risks Commission” have already resigned, including one of Italy’s greatest theoretical particle physicists, and I doubt they’ll return without new legal protections.) Will other countries lose theirs?

The issue at stake is clearly not Italian earthquakes; it is expert advice.  Sometimes I feel that we in modern society are forgetting how to be grown-ups and take responsibility for our own actions, and how to accept that bad things do just happen sometimes and it isn’t always someone’s fault.  When we go and get advice from anyone — whether it be medical advice,  financial advice,  advice about the weather or advice about the risks from earthquakes — we need to remember it’s provided by a human being.  Ideally that human being has access to the best information available and understands the odds, and will give us a recommendation based on the odds — on the probabilities for various things to happen.  But even when it is the best available advice, it’s based on odds… on statistics.  It’s an educated guess — yes, it’s educated, but also yes, it’s a guess.

And one thing that is dead certain, given that it is a guess based on odds, is that occasionally — rarely, perhaps, but not never — that guess will be wrong.   It’s inevitable, even if the expert is making the best possible recommendation, based on the best available information and the most accurate possible assessment of the odds.  When that bad guess happens, property may be lost, and people may die.  It’s sad, but it is inherent in the nature of odds and probabilities. Continue reading