http://www.guardian.co.uk/science/b...boson-discovered-live-coverage-cern?fb=native
Pretty exciting stuff.
Pretty exciting stuff.
I'm really out of my depth here and I've only got a very elementary understanding of it all, but it seems that the Higgs Boson is a type of "missing particle" of sorts that, if it were actually real, would more or less be the key to explaining a lot of occurrences and scientific laws of the universe. The problem is that they've never found anything resembling the Higgs Boson until recently.
Anyone remember when the LHC was supposed to open up a black hole and destroy the world?
So he was basically explaining a bit about how the tools being used were becoming more refined and more accurate than ever before, and that the results regarding the Higgs Boson had "trapped" it within an even tinier range of possible sizes. Hence the 5 standard deviations thing.Our task is to identify each tiny piece from the debris and reconstruct the initial object from the pieces that flew away in all directions.
The hope is to find new particles never seen before, like the Higgs boson that could explain how particles acquire their mass, or dark matter particles, the unidentified matter that makes up most of the universe.
The data come from millions of different parts of the detector, carrying information on where the debris flew or lost energy. That’s a huge amount of information and it takes the Grid, a network of thousands of computers, to be able to tackle this task.
Other people scrutinize these data every day, making sure they are of good quality with all information available.
In parallel, we simulate billions of events called Monte Carlo events that look just like the events recorded in the detector but that are based on current knowledge or hypothesized ideas (like the Higgs bosons or dark matter particles). By comparing the Monte Carlo with the real data, we can see if all is already known or if new particles are present.
Before using the simulated data, we must check they reproduce every single aspect of the data we collect. We must check every type of information we use for the physics analysis. If the simulation differs from the real data, we correct it until all is reliable.
loli don't know shit about chem though
Oh God... It's happening...
So their whole wait for the reveal was that they found higgs-like particles? I thought they did that before. Call me when they're actually announcing a discovery instead of hype at what could be particles of it.
So their whole wait for the reveal was that they found higgs-like particles? I thought they did that before. Call me when they're actually announcing a discovery instead of hype at what could be particles of it.
What other properties besides 125 gev? I thought it only had the right mass?They have basically certainly (approx 1 in 3 million chance it's nothing special) discovered a particle, and it's a Boson, and according to the scientists, they're pretty damn sure it's a Higgs Boson since it's in the right range and has a few of the right properties.
i paused the video and went rooting around the web to find the rest of this guy's stuff because i was so besotted. I'm almost certain I've seen this animation style somewhere, can't think where though.