valerytozer
New Member
ScientificAnomaly
AKA Valery
I HAVE NO DEGREE! I DO NOT KNOW what I am talking about,
I have a 3rd grade level in general studies.
so please let me know how
I can improve on this, But remember I am trying to put this in layman's.
What I am hoping, is that I can explain this without the use of big words. What i have noticed is that when someone tries to tell others (Christians) they do not understand even if you try to put it in High school words, so i am going to try and take a stab and put in in 10 or 13 year olds education.
--------------------
Higgs boson in layman's and a nut shell.
The Standard Model - math that physicists found, based on all the experimental evidence about atoms, matter, electromagnetism, etc. - predicts that the Higgs boson exists, and it predicts that it is responsible for why particles have mass. WHY THINGS HOLD TOGETHER. god did not do it, god is not holding things together.
So far, in particle accelerator experiments, we have observed every single particle predicted by the Standard Model, except the Higgs boson. So, if the Standard Model (which is, right now, our best explanation for where matter and the forces that tie it together comes from) is right, the Higgs boson must exist. If the Higgs boson doesn't exist, then the Standard Model is incomplete, and the physicists need to come up with a better explanation.
-----------------
Why can't we observe it without it using such a massive particle accelerator, Like the Large Hadron Collider?
The Higgs Boson is not quite as common as the Proton, and it's not something very common, or/and observable,
It's because it is small and rare
---------------------
Higgs mechanism layman's
The Higgs Mechanism, in the standard model, is a method by which gauge bosons/ particles that act as carriers of the fundamental forces of nature. in any theories of gauge symmetry gain mass.
there are 3 of them:
1: Gluon (gluons carry the strong interaction)
2: W and Z bosons (carry the weak interaction)
3: Photon, (carry the electromagnetic interaction)
The people at CERN, and Fermilab, and everywhere else are trying to observe, involves the second on that list: The W and Z bosons.
The Higgs is more like, if you imagine everywhere around the universe, there is a sticky liquid substance that pierce all things, that is completely transparent, and you don't feel it at all. It's like universe sticky liquid. All stuff that pass through this goop, take a tiny bit of it with them as they move through space, and this gives those particles their mass. Kind of.
--------------------------------
Whats the whole thing about???
The LHC will actually be used for a huge number of questions that are still out there,
some of them incredibly cool, some of them a little less cool, to the layman,
but all of them amazing, for instance:
How dose Dark Matter work in the universe?
Are there other dimensions? Not like the "other dimensions" you're thinking of."
They're more dimensions in a physics sense, These findings will have the power to potentially validate, or invalidate, many models of String Theory.
What were conditions like when the universe was first beginning?
Why dose the Strong, Electroweak, and electromagnetism, exist? and
How did they interacted back at the beginning of the universe?
Why dose gravity works?,
What it's made of?, and
Why is gravity much more weak than all of the others forces?
Is there anything else to matter and antimatter?
All of this will open up new ideas, studies, inventions, and so on.
AKA Valery
I HAVE NO DEGREE! I DO NOT KNOW what I am talking about,
I have a 3rd grade level in general studies.
so please let me know how
I can improve on this, But remember I am trying to put this in layman's.
What I am hoping, is that I can explain this without the use of big words. What i have noticed is that when someone tries to tell others (Christians) they do not understand even if you try to put it in High school words, so i am going to try and take a stab and put in in 10 or 13 year olds education.
--------------------
Higgs boson in layman's and a nut shell.
The Standard Model - math that physicists found, based on all the experimental evidence about atoms, matter, electromagnetism, etc. - predicts that the Higgs boson exists, and it predicts that it is responsible for why particles have mass. WHY THINGS HOLD TOGETHER. god did not do it, god is not holding things together.
So far, in particle accelerator experiments, we have observed every single particle predicted by the Standard Model, except the Higgs boson. So, if the Standard Model (which is, right now, our best explanation for where matter and the forces that tie it together comes from) is right, the Higgs boson must exist. If the Higgs boson doesn't exist, then the Standard Model is incomplete, and the physicists need to come up with a better explanation.
-----------------
Why can't we observe it without it using such a massive particle accelerator, Like the Large Hadron Collider?
The Higgs Boson is not quite as common as the Proton, and it's not something very common, or/and observable,
It's because it is small and rare
---------------------
Higgs mechanism layman's
The Higgs Mechanism, in the standard model, is a method by which gauge bosons/ particles that act as carriers of the fundamental forces of nature. in any theories of gauge symmetry gain mass.
there are 3 of them:
1: Gluon (gluons carry the strong interaction)
2: W and Z bosons (carry the weak interaction)
3: Photon, (carry the electromagnetic interaction)
The people at CERN, and Fermilab, and everywhere else are trying to observe, involves the second on that list: The W and Z bosons.
The Higgs is more like, if you imagine everywhere around the universe, there is a sticky liquid substance that pierce all things, that is completely transparent, and you don't feel it at all. It's like universe sticky liquid. All stuff that pass through this goop, take a tiny bit of it with them as they move through space, and this gives those particles their mass. Kind of.
--------------------------------
Whats the whole thing about???
The LHC will actually be used for a huge number of questions that are still out there,
some of them incredibly cool, some of them a little less cool, to the layman,
but all of them amazing, for instance:
How dose Dark Matter work in the universe?
Are there other dimensions? Not like the "other dimensions" you're thinking of."
They're more dimensions in a physics sense, These findings will have the power to potentially validate, or invalidate, many models of String Theory.
What were conditions like when the universe was first beginning?
Why dose the Strong, Electroweak, and electromagnetism, exist? and
How did they interacted back at the beginning of the universe?
Why dose gravity works?,
What it's made of?, and
Why is gravity much more weak than all of the others forces?
Is there anything else to matter and antimatter?
All of this will open up new ideas, studies, inventions, and so on.