I think this explains well how the Higgs detection works:
http://topquark.hubpages.com/hub/Hunting-the-Higgs-Difficulties
http://topquark.hubpages.com/hub/Hunting-the-Higgs-Difficulties
The Higgs boson is simply the particle responsible for giving mass to other particles. We believe that the Big Bang created massless particles. Peter Higgs came up with the idea of a particle (the Higgs boson) that gives those massless particles mass, so that they can form things like galaxies, stars, planets, etc. I think most scientists have accepted the existence of the Higgs boson, but until now we haven't been able to detect it. Theory says that its mass should be around 120-140 GeV (giga electron-volt; the mass of one hydrogen atom is about 1 GeV), so the particle whose discovery was announced today by CERN, at a mass of approximately 125 GeV, is almost certain to be the Higgs boson.
Higgs boson and "intelligent design": yes? no? perhaps? Please answer in short words which would fit on 3" x 5" card. K thx bai.
But intelligent design does not preclude evolution. Yes? No? Knees up, Mother Brown?No.
Intelligent Design and the Higgs Boson particle have no relevance to each other, and evolution is a fact. :rocker:
But intelligent design does not preclude evolution. Yes? No? Knees up, Mother Brown?
But intelligent design does not preclude evolution. Yes? No? Knees up, Mother Brown?
Yes it does. ID denies the existence of macro evolution. The existence of a creator is compatible with evolution, but Intelligent Design is just "creationism in a fancy tuxedo" - (I forget who that quote is from, probably Richard Dawkins).
I know you're joking Wfgodot, but for anyone who doesn't know, the BBC documentary on the Dover trial is a very interesting overview of the subject.
The way I have always understood it goes like this:
We have broken down the components (ingredients) for any and every living thing. We can clone, however, the clone only looks the same. Since we made things using the same components (ingredients) that we see in nature, there must be a missing (unseen) component (ingredient) that would explain why cloning give a result that is 99% like the original. Finding, seeing, and identifying this previously unseen component (ingredient) explains why we cannot 100% duplicate personality, soul, when cloning.
This is how I always understood it. Anyone, please feel free to correct, expound, enlighten.
You're talking about "Intelligent Design" as a political movement aimed at getting God into science education through the back door. And the problem is that there is nothing in science that proves the existence of an Intelligent Designer, so teaching Intelligent Design denies the very foundation of the scientific method (first, one observes). You (and Dawkins) are right about the movement's aims and (il)legitimacy.
I was talking about intelligent design (lower case) as a mere concept. It is pure speculation (or faith) and can't be proven or disproven. It doesn't tell us whether evolution proceeds without interference via natural selection, or whether there is something that enables the mutation of organisms into more competitive forms. (Of course, we are unable to observe the latter, so like an intelligent designer, it remains pure speculation or, if you prefer, a leap of faith.)
I get you, but the concept of an intelligent designer, (lower case), is usually called Theistically Guided Evolution. Proponents of that theory have no problem with Darwin or the science curriculum. The phrase Intelligent Design has come to mean something entirely more politicised which is why I'm wary of the term.
Holy crap. I have no idea what the heck you guys are talking about! I even watched the cartoon and I am still lost! LOL
"How I see math problems: If you have 4 pencils and I have 7 apples, how many pancakes will fit on the roof? Purple, because aliens don't wear hats." (shamelessly stolen from Pinterest, but it describes me perfectly!)
I don't think so. In my field (astrophysics), the ratio of men to women is quite high, and I know it's similar in particle physics. But I don't think that's because science is more easily understood by men. In my opinion, it has a lot to do with stereotypes and how we're brought up, and also with a bit (or a bit more, in some cases) of gender inequality once one gets a foot in the door of the academia.
Perhaps this page is oversimplified, but I don't think it's very far from the truth:
http://www.genderremixer.com/html5/
Here's a PhD Comics animation explaining the Higgs boson:
http://www.phdcomics.com/comics/archive.php?comicid=1489
I admit I'm still struggling with this idea, but I think I'm starting to figure it out. The only question I really have is how they managed to stay hidden this long. Is it because they are tiny or are they just composed in such a way that they are essentially invisible?
Yes, I read links, but most made me sort of glaze over after the first few sentences.
This is the post where I realize just how confused I am. So the Higgs bosun is theorized to give particles mass; I think this makes most of us assume it is somehow "inside" the atom. Yet it weighs 125 times the smallest atom, yes?
Is there a simple answer (I don't really mean "simple"; I mean one you can explain to me without taking up too much of your time) to "where" it is and how it interacts with other particles?
http://www.pbs.org/wgbh/nova/insidenova/2012/07/live-from-geneva.htmlWe can't see the ambient Higgs field that is all around us; it's literally undetectable. What we can do is to create ripples in that field, vibrations that propagate through the universe. When we look very closely at ripples moving through a field, what we actually see are individual particles--that's a consequence of quantum mechanics you'll have to take my word for right now. When the Higgs field ripples, the particles we see are Higgs bosons. That's what they're looking for here at CERN, at the experiments of the Large Hadron Collider.