How to pronounce“higs”in English

this higs Bon it's something it's a particle which inter interacts with all the other particles in such a way as to make them uh move more slowly let's say

that this higs BOS on should be able to be seen uh soon at high energies and

idea um this higs particle was just the wrong way if we don't find

if it's a simple higs mechanism implementation we'll find something called the higs boson it's a particle that tells us that this is

if it's a simple higs mechanism implementation we'll find something called the higs boson it's a particle that tells us that this is really what

be a there is some kind of higs field and that this is going to be kind of depressing for us because it means well whatever there is this field

they're just if you produce a higs particle it's going to be so shortlived it's it's incredibly difficult to even see any evidence of the thing it's not

question is why is a higs the dial in this for the that dials the mass of the higs tuned to be exactly what is necessary for us to have our Mass so

particle associated with that the higs particle is associated with the mechanism through which fundamental particles acquire

question why is the mass of the higs particle that we talked about earlier so much lighter than the energy scale at which gravity would be strong after all

there could be that this idea that we have of the higs boson needs to be replaced by a better idea we don't have

for another year it's possible you could see the higs BOS on if you're very lucky it's possible you and it's there it's possible that you could see it at fmy

wonderfully saying uh look if we don't find a higs bz on it's even more

for another year it's possible you could see the higs bow on if you're very lucky it's possible you and it's there it's possible that you could see it at FY lab

the the VAC that the in the vacuum State the higs field will have this non-trivial property so you you can do that in some sense the higs field is

a 50% chance the LHC will actually see an actual higs particle and there will

people one of the alternatives to this the this higs mechanism is it and people

physicist Scottish physicist name um his name is Peter higs and this higs

does a great job and it has this higs particle that it predicts but there's this weird thing that we call fine which is you have to imagine the higs has a

issue so now bringing that back to if we find the higs that means we'll have to deal with this fine tuning problem which pretty much everyone one wants to

claimed after gathering enough data to show the higs particle when there was a

they going to do invite everyone for the higs particle it was 6 to 8,000 physicists and engineers in fact because of the whole issue of who gets it

that better idea yet probably this going to be something like the higs boson or something very similar to it okay so how

something like a phase transition that happened in the early Universe something called the higs mechanism um named after the physicist Peter higs who thought of

something like a phase transition that happened in the early Universe something called the higs mechanism um named after the physicist Peter higs who thought of

um making that happen and and and one way is is called the higs the higs mechanism and so the higs mechanism involves a postulating existence of some

to these questions so in so this whole this name of the higs field and finding the higs particle that's kind of a it's an oversimplified way of saying what

these theories which would would in the end you know explain this this higs this higs phenomenon this this problem with the vacuum but but I mean I I wish I

something you're going be able to go out and use these higs particles to carry around and do something with on the other hand I mean you don't really know

dial on it that the more you you know you turn the dial up this higs particle gets heavier or lighter all right and there's in also

that's called a fine-tuning problem so even if we find his higs we would still have to explain that and it appears that we are right now in a theoretical

physics needs to be we need we we need completely new ideas and that the higs

experimentally that Discovery still has not been recognized right the theoretical work by Peter higs and uh angir got recognized but there was a

all think that there is something called the graviton we've never observed an individual graviton yet then you have the higs boson this is another particle

system the only problem is we haven't found it yet this is a big ongoing experimental project to actually find the higs boson it could be that it's not

we're going to find it so there's a whole bunch of people who are really looking for the higs B on and we haven't found it yet and I have to say that all

have a certain Mass just becomes well because that's how strong it's how strongly it interacts with the higs field so

LHC well that would be some people would say so you know the standard model predicts this Hig needs this higs part parle we have yet to find it the LC will

know building to do for half of the standard model if we don't find the higs then that's good for me because that means we have work to do and it means

matter what are the more fundamental forces and so it one thing we're trying to find is called the higs particle which we talked about earlier which is

have answers to but you just from you just can't answer that way so one thing which we hope to learn from the LHC is is this higs mechanism or is this higs

questions the real problem is that the the ways that we that there are various ways a lot of people have studied a lot of other alternatives to the higs field

which um the problem is that they're all all fairly complicated and none of them they all have as bad or even worse problems in the the higs field they

to understand them and or there's there's I think there's a 50% probability we'll find that we won't see a higs particle or at least not a higs

what you're going to find if you do find especially if you find something I guess I could say it this way if if you do just find this higs particle in just

way that enters in actually directly ENT enters into this standard model but the way M enters in is through a particle called a higs particle named after

we're made up of for example would have no Mass it would travel at the speed of light it wouldn't have the mass to slow it down the higs is like the glue that

associated with a massale so there's some Mass scale at which the nature of the theory changes in some sense and there's a particle called the higs

And then in 2012, we discover the Higs field, this scalar