Higgs Boson Discovered?!

That's correct.

Then the usual illustration of how particles moving through the Higgs field make them have mass is a bit misleading. The motion through the Higgs field is irrelevant for generating mass.

In this Fermilab video they even compare the Higgs field with water and claim that it is made of Higgs particles, just like how water is made of water molecules: http://www.youtube.com/watch?v=RIg1Vh7uPyw
 
Then the usual illustration of how particles moving through the Higgs field make them have mass is a bit misleading. The motion through the Higgs field is irrelevant for generating mass.

I've never heard anyone make such a claim. Perhaps you took something too literally. Motion through the Higgs field is ill-defined, since the Higgs field doesn't have a restframe.

In this Fermilab video they even compare the Higgs field with water and claim that it is made of Higgs particles, just like how water is made of water molecules: http://www.youtube.com/watch?v=RIg1Vh7uPyw

That analogy is useful for explaining the relation between Higgs field and Higgs particle, but it fails in this aspect. Analogies are never exact, or they wouldn't be analogies.
 
Some recent news on the Higgs particle.

From: RÉSONAANCES: Twin Peaks in ATLAS:
The ATLAS analyses in these channels return the best fit Higgs masses that differ by more than 3 GeV: 123.5 GeV for ZZ and 126.6 GeV for γγ, which is much more than the estimated resolution of about 1 GeV. The tension between these 2 results is estimated to be 2.7σ.
Some rather curious double vision. Some source of systematic error not properly corrected for?

However,
One more news today is that ATLAS also began studying some differential observables related to the Higgs boson, which usually goes by the name of "spin determination". ... For spin zero the production angle should be isotropic (at the parton level, in the center-of-mass frame of the collision) while for higher spins some directions with respect to the beam axis could be preferred.
So far, there's no evidence of the beam directions making an imprint on the Higgs decays. It's enough to rule out a simple spin-2 model at 90%.

From: The first LHC protons run ends with new milestone | CERN press office
Geneva, 17 December 2012. This morning CERN completed the first LHC proton run. The remarkable first three-year run of the world’s most powerful particle accelerator was crowned by a new performance milestone. The space between proton bunches in the beams was halved to further increase beam intensity. ...

To put this into context, of the 6 million billion proton-proton collisions generated by the LHC, the ATLAS and CMS experiments have each recorded around 5 billion collisions of interest over the last three years. Of these, only around 400 produced results compatible with the Higgs-like particle whose discovery was announced in July. ...

At the beginning of 2013, the LHC will collide protons with lead ions before going into a long maintenance stop until the end of 2014. Running will resume in 2015 with increased collision energy of 13 TeV and another increase in luminosity.
The LHC is currently doing proton-lead collisions, and when it shuts down, it will have some major upgrades over the next few years. Its particles' energy should go up by about a factor of 2, and its "luminosity" should also be increased.

That will help it get better statistics on Higgs-decay directionality, and also processes like
Higgs -> bottom-bottom
Higgs -> tau-tau
which are expected from the particle's making masses for the other Standard Model particles.

Bumping up the LHC's energy and luminosity will also be good for making supersymmetry-partner particles, or else pushing up their masses' lower limits.

I can't post links because I don't have enough posts. But it should be easy to find the originals for what I've posted, so I hope I don't seem like I'm guilty of plagiarism. :(
 
I've had a lot of experience with Farsight's arguments.

Some of his arguments are a theologian's sorts of arguments, like treating Albert Einstein's work as sacred books that it would be wrong to depart from. Even though Einstein departed from Farsight's beliefs, like believing in a unified space-time and rejecting space-motion.

One can easily extend Farsight's "demonstration" of the nonexistence of time to "demonstrate" the nonexistence of space. One can also "demonstrate" that rainbows and clouds are solid objects with it, and also that gravity and electrostatic and magnetostatic fields do not exist.


As to Farsight's argument that the Higgs particle does not account for much of the Universe's mass, that's an irrelevant side issue. It makes the rest masses of all the other massive Standard-Model particles. I add that qualification between the photon and gluon stay massless, the state of every Standard-Model particle but the Higgs particle before electroweak symmetry breaking and the Higgs mechanism.

Hadrons are bound states, so their masses don't count as Standard-Model particle masses. Nucleons get most of their masses from color confinement. Their quarks and gluons cannot get more than about 10^(-15) m from each other without those particles' interactions getting superstrong. This means that those particles' wavefunctions cannot extend over a greater size, and thus that their masses should be about a few hundred MeV. Thus, the nucleons' masses.

As to the actual mass of the Universe at the present time, from the Lambda-CDM model, it is
Baryonic matter: 5%
Dark matter: 22%
Dark energy: 73%
Cosmic Microwave Background: 6*10^(-5)
Cosmic Neutrino Background: <~ 0.5%

Of the particles made massive by the Higgs particle, the up and down quarks contribute about 1% to the nucleons' masses, and nucleons have nearly all the mass of baryonic matter. Electrons contribute about 0.5% or less. Binding energies are a more difficult problem, though for the most part, those are insignificant.

Neutrinos' masses are an oddity, and the best explanation so far is the seesaw model. In it, right-handed neutrinos have "Majorana masses" of about 10^(12) GeV or thereabouts, a mass that makes them their own antiparticles. Flip its spin and it becomes its antiparticle. This mixes with the neutrinos' "Dirac masses", which connect the left-handed and right-handed parts. These are the sort of masses that the charged elementary fermions have, masses that the Higgs mechanism makes.

The origin of "dark matter" particles' masses continues to be mysterious, and the origin of the mass of "dark energy" is even more mysterious.
 
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I've had a lot of experience with Farsight's arguments.

Some of his arguments are a theologian's sorts of arguments, like treating Albert Einstein's work as sacred books that it would be wrong to depart from. Even though Einstein departed from Farsight's beliefs, like believing in a unified space-time and rejecting space-motion.
I'm the one who challenges theological-like woo by pointing to what Einstein/Maxwell/Minkowski etc said, and to the hard scientific evidence. Lpetrich rabbits on about the multiverse and similar speculative junk.

One can easily extend Farsight's "demonstration" of the nonexistence of time to "demonstrate" the nonexistence of space.
No you can't. I say things like hold your hands up and you can see the gap, the space between them, but you can't see time flowing. And I don't claim that time does not exist, I say it exists like heat exists.

One can also "demonstrate" that rainbows and clouds are solid objects with it, and also that gravity and electrostatic and magnetostatic fields do not exist.
No you can't. Drop a pencil. It falls down. Gravitational fields exist.

As to Farsight's argument that the Higgs particle does not account for much of the Universe's mass, that's an irrelevant side issue.
It's not my argument. See A Zeptospace Odyssey by Gian Giudice. He's a CERN physicist. When he tells us that the Higgs mechanism is responsible for only 1% of the mass of matter it's not irrelevant.

It makes the rest masses of all the other massive Standard-Model particles. I add that qualification between the photon and gluon stay massless, the state of every Standard-Model particle but the Higgs particle before electroweak symmetry breaking and the Higgs mechanism.
Giudice also says the Higgs mechanism is the "toilet of the Standard model". Also see Particle headache: Why the Higgs could spell disaster where you can read this:

"It's a nice story, but one that some find a little contrived. "The minimal standard model Higgs is like a fairy tale," says Guido Altarelli of CERN near Geneva, Switzerland. "It is a toy model to make the theory match the data, a crutch to allow the standard model to walk a bit further until something better comes along."

These are CERN professionals expressing their disatisfaction with the Higgs mechanism. And this is a skeptics forum. By the by, the Fermilab video Anders referred to above features Don Lincoln, and it is patronising schoolboy trash.

Hadrons are bound states, so their masses don't count as Standard-Model particle masses.
The electron is a bound state too. It's a body, Einstein referred to it as such when he said the mass of a body is a measure of its energy content.

Nucleons get most of their masses from color confinement. Their quarks and gluons cannot get more than about 10^(-15) m from each other without those particles' interactions getting superstrong. This means that those particles' wavefunctions cannot extend over a greater size, and thus that their masses should be about a few hundred MeV. Thus, the nucleons' masses.
Whatever the mechanism of confinement, the mass of a body is a measure of its energy content.

As to the actual mass of the Universe at the present time, from the Lambda-CDM model, it is
Baryonic matter: 5%
Dark matter: 22%
Dark energy: 73%
Cosmic Microwave Background: 6*10^(-5)
Cosmic Neutrino Background: <~ 0.5%
...
See page 174 of Giudice's book, where he says this: "Although the nature of dark matter is still unknown, it is unlikely that its mass originates from the Higgs substance. In summary the Higgs mechanism accounts for about 1% of the mass of ordinary matter, and for only 0.2% of the mass of the universe. This is not nearly enough to justify the claim of explaining the origin of mass"
 
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I'm the one who challenges theological-like woo by pointing to what Einstein/Maxwell/Minkowski etc said, and to the hard scientific evidence.
That is wrong. You are the one who makes up theological-like woo by misinterpreting what Einstein/Maxwell/Minkowski etc said, and never citing the hard scientific evidence.

When he tells us that the Higgs mechanism is responsible for only 1% of the mass of matter it's not irrelevant.
The well known fact that the Higgs mechanism is responsible for only 1% of the mass of matter is not irrelevant.

It is however an irrelevant side issue for this thread.

These are CERN professionals expressing their disatisfaction with the Higgs mechanism.
Particle headache: Why the Higgs could spell disaster
Wrong - that are no CERN professionals expressing their disatisfaction with the Higgs mechanism in the article.
There CERN professionals expressing their disatisfaction with the minimal standard model Higgs (the one that has probably been found).

And this is a skeptics forum. By the by, the Fermilab video Anders referred to above features Don Lincoln. It is a nice (if simplistic) description of the Higgs boson and does not claim to be anything else..
What is a Higgs Boson?
Uploaded on Jul 7, 2011
Fermilab scientist Don Lincoln describes the nature of the Higgs boson. Several large experimental groups are hot on the trail of this elusive subatomic particle which is thought to explain the origins of particle mass


The electron is a bound state too.
That is nonsense. A free electron is not bound to anything. It is not in a bound state.

See page 174 of Giudice's book, where he says this speculated that : "Although the nature of dark matter is still unknown, it is unlikely that its mass originates from the Higgs substance."
Fixed your statement :D.
I would speculate that Giudice is wrong. Dark matter is likely to be a new fundemental particle. Thus its mass will originate from the Higgs "substance". If it is a composite particle like a protpn or neutron then ist mass will originate from its fundemental particles (Higgs) and binding between them.

I do not know why Giudice is concerned about that 1% number.
A proton is made of 2 up quarks and a down quark (8 to 11 Mev) but has a mass of 938 Mev. Protons make up most of the mass of the universe.
Thus the Higgs mechanism providing ~1% of the mass is not surprising.
The reason is as lpetrich stated:
So ~1%Originally Posted by lpetrich
Nucleons get most of their masses from color confinement. Their quarks and gluons cannot get more than about 10^(-15) m from each other without those particles' interactions getting superstrong. This means that those particles' wavefunctions cannot extend over a greater size, and thus that their masses should be about a few hundred MeV. Thus, the nucleons' masses.
 
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I'm the one who challenges theological-like woo by pointing to what Einstein/Maxwell/Minkowski etc said,
You just proved his point, as you are wont to do, that you treat certain texts as holy. Anybody who is not a worshiper of those three people knows that they occasionally said things that were simply wrong. (Even Einstein admitted that some of what he wrote was wrong.) The way to avoid merely parroting a person is to engage in some understanding of what they wrote about. You refuse to do this, since you refuse to learn general relativity.
and to the hard scientific evidence.
Again, since you admit that you cannot do GR, you cannot know GR. So you cannot understand the hard scientific evidence.
Lpetrich rabbits on about the multiverse and similar speculative junk.
Whether or not he does it is irrelevant to your failings. It is good to see that you like to engage in attacks on others without foundation while you run to moderators to protect you from attacks that have foundation.
No you can't. I say things like hold your hands up and you can see the gap, the space between them, but you can't see time flowing. And I don't claim that time does not exist, I say it exists like heat exists.
You refuse to ever defend this argument, you simply repeat it again and again and again. You have never said how you can see space. You have never said how we can see motion in a clock. If you cannot answer questions about this, then you have nothing.
No you can't. Drop a pencil. It falls down. Gravitational fields exist.
This motion has essentially nothing to do with gravitational fields. It is entirely consistent with Aristotelean gravity. Again you demonstrate that you know nothing about "hard science".
It's not my argument.
This seems to merely be a deceitful claim.
 
I say things like hold your hands up and you can see the gap, the space between them, but you can't see time flowing. And I don't claim that time does not exist, I say it exists like heat exists.
I can't see space either. Just a lot of perceptions that I unconsciously interpret as an angular distance, and from there, a linear distance. Time is no different.
Drop a pencil. It falls down. Gravitational fields exist.
That's not the same as seeing a gravitational field itself. I don't see how time is a worse inference than gravity.

These are CERN professionals expressing their disatisfaction with the Higgs mechanism. ...
That's because the Standard-Model Higgs particle has certain theoretical problems, though these can be corrected with additional particles, like supersymmetry partners.

Interestingly, the Minimal Supersymmetric Standard Model requires not the SM's single Higgs doublet but two Higgs doublets before electroweak symmetry breaking. In the SUSY version as in the ordinary version, some of the modes get "eaten" by the W and the Z, but not surprisingly, there are more survivors. Unlike the single neutral Higgs of the SM, the MSSM has 3 neutral Higgses and 1 charged Higgs. However, the MSSM's extra particles can have masses much greater than the observed Higgs particle's mass.

The electron is a bound state too.
It is NOT. The electron satisfies the Dirac equation, just like the photon satisfying Maxwell's equations. Both equations are quantized, of course.

In fact, the Dirac hypothesis has been tested in elementary-particle experiments, like at the LHC's predecessor in its tunnels, the LEP. That accelerator smashed electrons and positrons into each other with energies of more than 100 GeV, and the electron still had Dirac structure.

Whatever the mechanism of confinement, the mass of a body is a measure of its energy content.
I fail to see the relevance of that issue.
 
That's because the Standard-Model Higgs particle has certain theoretical problems, though these can be corrected with additional particles, like supersymmetry partners.

Indeed. I addressed some of the issues with the Standard Model several months ago in this very thread. In fact, the article Farsight linked to uses almost the same words:
the standard model is manifestly incomplete. It predicts the outcome of experiments involving normal particles to accuracies of several decimal places, but is frustratingly mute on gravity, dark matter and other components of the cosmos we know or suspect to exist.
the standard model is known to be seriously flawed. The standard model doesn't even attempt to cover gravity, it can't explain dark matter, it fails badly at explaining dark energy, it fails at explaining the matter/antimatter imbalance, and so on.
Interesting that he links to that to try to support his claims that everyone is wrong, yet completely ignored it when previously posted in the same thread.

It also seems a little odd that Farsight keeps bringing up people having concerns about the standard model as if it's some kind of important dissent that no-one's aware of. Yes, there are lots of things in physics we don't currently understand. Trying to get a better understanding is the entire reason we built the LHC in the first place. The fact that the particle we've found appears so far to be exactly what we weren't expecting - a Higgs boson consistent with the existing standard model - simply means that things are likely to get even more interesting since none of the explanations we've come up with so far are likely to be correct. Finding out new things isn't a problem, it's the whole point of doing science.
 
More on the Higgs particle in general.

The Standard Model has a rather baroque structure, and I don't know if any of you people might want to see any of the details.

Before electroweak symmetry breaking the SM Higgs particle is a multiplet with two neutral particles and one charged particle with charges +- 1 * elementary charge.

In electroweak symmetry breaking, the W and the Z become massive, and they "eat" some of the Higgs particles, turning them into additional polarization modes. The W's consume the charged Higgses and the Z one of the neutral ones, leaving only one neutral one.

That's the Higgs particle that's likely being observed.


This particle is rather badly behave theoretically when one tries to extrapolate its behavior up to Grand Unified Theory energies. But if it has a close relative with spin 1/2, it can be tamed. There is a theory that specifies such particles: supersymmetry. It relates particles with different spins, and supersymmetry partners must share masses and their other quantum numbers. But is supersymmetry is broken, then we can account for the lack of observations of known particles' superpartners: those superpartners are too massive to observe.

The Minimal Supersymmetric Standard Model, as it's called, features not one but two Higgs multiplets before electroweak symmetry breaking. After it, one charged and one neutral Higgs particle disappear into the W and Z, as with the plain SM, but that leaves three neutral Higgses and one charged Higgs.

One of the neutral Higgses is much like the SM Higgs, and the others can be much more massive. In fact, if they are, then the light Higgs is very close to the SM Higgs in its behavior.
 
I once wrote in more detail about Standard-Model problems, noting a blog entry by Lubos Motl on that subject. The problems can be divided into two types: empirical and theoretical.

Empirical: observed effects that do not fit the Standard Model
  • Gravity
  • Neutrino oscillations
  • Baryon asymmetry
  • Dark matter
  • Dark energy
  • Inflation

Theoretical: self-consistency problems, complexities, features that suggest underlying theories
  • Number of free parameters
  • Strong CP problem and axions
  • Hierarchy problem
  • Higgs instability - what one gets as one goes to GUT energies
  • Gauge-coupling unification in Grand Unified Theories (GUT's)
  • Patterns in the elementary-fermion multiplets

Proton decay fits neither, it must be said, but if it's ever observed, it will become an empirical problem for the Standard Model.

I once identified a cycle of discovery in the fundamental constituents of the Universe:
  1. A few category members discovered, with the category going unrecognized.
  2. More members discovered, and the category becomes recognized.
  3. Patterns discovered in the category.
  4. These patterns showed to be the result of some underlying mechanisms.
Here's what has fit it so far:
  1. Chemical elements
  2. Atomic nuclei
  3. Hadrons
  4. The Standard Model, except for the last stage
 
...It also seems a little odd that Farsight keeps bringing up people having concerns about the standard model as if it's some kind of important dissent that no-one's aware of.
It isn't dissent, it's physicists telling it how it is. The issue is the Higgs sector of the standard model, not the standard model itself.

Yes, there are lots of things in physics we don't currently understand. Trying to get a better understanding is the entire reason we built the LHC in the first place.
And it's important to understand that the Higgs mechanism is the weakest link of the standard model, that it's thought to be responsible for only 1% of the mass of matter whilst the rest is down to E=mc², and like Susskind said, is absolutely nothing to do with "cosmic treacle". Dismissing things like this because they're at odds with CERN publicity material for gullible saps does not advance understanding, it clouds it.

The fact that the particle we've found appears so far to be exactly what we weren't expecting - a Higgs boson consistent with the existing standard model - simply means that things are likely to get even more interesting since none of the explanations we've come up with so far are likely to be correct. Finding out new things isn't a problem, it's the whole point of doing science.
Is this a skeptics forum or what? What's been found is a statistical bump on a graph, a "resonance" that lasts no time flat. It could be anything.
 
That is wrong. You are the one who makes up theological-like woo by misinterpreting what Einstein/Maxwell/Minkowski etc said, and never citing the hard scientific evidence.
I point to what they said and I'm forever referring to hard scientific evidence, you dismiss it because you believe in nonsense. Have a read of mass-energy equivalence on wikipedia. It isn't theological-like woo:

"In physics, in particular special and general relativity, mass–energy equivalence is the concept that the mass of a body is a measure of its energy content. In this concept, mass is a property of all energy; energy is a property of all mass; and the two properties are connected by a constant."

The well known fact that the Higgs mechanism is responsible for only 1% of the mass of matter is not irrelevant.
It is however an irrelevant side issue for this thread.
No it isn't, it's of crucial importance. As is the issue of how the Higgs boson gets its mass. See above - it's from the kinetic energy supplied to the protons.

Wrong - that are no CERN professionals expressing their disatisfaction with the Higgs mechanism in the article.
There CERN professionals expressing their disatisfaction with the minimal standard model Higgs (the one that has probably been found).
You're clutching at straws and engaging in wishful thinking.

And this is a skeptics forum. By the by, the Fermilab video Anders referred to above features Don Lincoln. It is a nice (if simplistic) description of the Higgs boson and does not claim to be anything else. What is a Higgs Boson?
It's pathetic junk that explains nothing at all. The Barracuda v Eddie-no-stranger-to-donuts is risible garbage.

Fixed your statement :D.
I would speculate that Giudice is wrong. Dark matter is likely to be a new fundamental particle. Thus its mass will originate from the Higgs "substance". If it is a composite particle like a protpn or neutron then ist mass will originate from its fundemental particles (Higgs) and binding between them.
People have speculated along these lines for decades, but no actual evidence for a new fundamental particle has shown up. Like me Giudice likes relativity. I imagine that he knows that the energy of a gravitational field, which acts gravitatively like any other form of energy, has a mass equivalence.

I do not know why Giudice is concerned about that 1% number.
He's just being honest. What's noticeable is that it doesn't feature in the CERN publicity material. I imagine there's some tensions between the physicists and the management.

A proton is made of 2 up quarks and a down quark (8 to 11 Mev) but has a mass of 938 Mev. Protons make up most of the mass of the universe. Thus the Higgs mechanism providing ~1% of the mass is not surprising. The reason is as lpetrich stated:

Nucleons get most of their masses from color confinement. Their quarks and gluons cannot get more than about 10^(-15) m from each other without those particles' interactions getting superstrong. This means that those particles' wavefunctions cannot extend over a greater size, and thus that their masses should be about a few hundred MeV. Thus, the nucleons' masses.
You don't understand what lpetrich said, you just latch onto it because of wishful thinking. Gluons are virtual particles, we've never seen a free quark, and like Einstein said, mass is a measure of energy content. Given that some amount of energy is confined by some mechanism, the mass of the resultant system is a measure of how much energy is confined. This applies globally, even when the resultant system is a particle.
 
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And it's important to understand that the Higgs mechanism is the weakest link of the standard model, that it's thought to be responsible for only 1% of the mass of matter whilst the rest is down to E=mc², ...
Again, that completely irrelevant issue.

Is this a skeptics forum or what? What's been found is a statistical bump on a graph, a "resonance" that lasts no time flat. It could be anything.
However, its decays gives us clues about its nature, and so far, it closely resembles the Standard-Model Higgs particle.
 
And it's important to understand that the Higgs mechanism is the weakest link of the standard model, that it's thought to be responsible for only 1% of the mass of matter whilst the rest is down to E=mc²,
It certainly isn't the first time, and I doubt this will be the last time this is said, but it isn't either-or there.
 
I can't see space either. Just a lot of perceptions that I unconsciously interpret as an angular distance, and from there, a linear distance. Time is no different.
You can literally see the gap between your hands. You know they're not together. And you can waggle those hands and see them move. So space and motion have an empirical foundation which "the flow of time" does not. Plus you cannot move through time like you can move through space, so time is patently different.

That's not the same as seeing a gravitational field itself. I don't see how time is a worse inference than gravity.
Time isn't, the worse inference is the flow of time and moving through time.

That's because the Standard-Model Higgs particle has certain theoretical problems, though these can be corrected with additional particles, like supersymmetry partners.

Interestingly, the Minimal Supersymmetric Standard Model requires not the SM's single Higgs doublet but two Higgs doublets before electroweak symmetry breaking. In the SUSY version as in the ordinary version, some of the modes get "eaten" by the W and the Z, but not surprisingly, there are more survivors. Unlike the single neutral Higgs of the SM, the MSSM has 3 neutral Higgses and 1 charged Higgs. However, the MSSM's extra particles can have masses much greater than the observed Higgs particle's mass.
See this and other reports describing how the LHC results are "not consistent with many of the most likely models of Susy". Aslo see what Woit has to say. In short, SUSY is a busted flush.

It is NOT. The electron satisfies the Dirac equation, just like the photon satisfying Maxwell's equations. Both equations are quantized, of course. In fact, the Dirac hypothesis has been tested in elementary-particle experiments, like at the LHC's predecessor in its tunnels, the LEP. That accelerator smashed electrons and positrons into each other with energies of more than 100 GeV, and the electron still had Dirac structure.
Note the word "structure", and that in pair production we can construct electrons and positrons from gamma photons. Also note that low-energy annihilation typically results in gamma photons. And see LEP on wiki. With sufficient energy you can create other structures. Google it. Some of those structures are definitely bound. And see atomic orbital and note this: The electrons do not orbit the nucleus in the sense of a planet orbiting the sun, but instead exist as standing waves. Electrons exist as standing waves full stop, we can diffract them. They're self-bound structures.

I fail to see the relevance of that issue.
It's what Einstein said in his E=mc² paper. The mass of a body is a measure of its energy-content. And he referred to the electron as a body. The Higgs mechanism contradicts this, and asserts that the mass of a body is a measure of its interaction with the Higgs field. I know that you and others seek to support the standard model, but by backing the Higgs mechanism whilst playing dumb about E=mc² you’re threatening the standard model. Remember what Giudice said: it’s the toilet of the standard model. It needs to be replaced, lpetrich. By a symmetry.
 
...It also seems a little odd that Farsight keeps bringing up people having concerns about the standard model as if it's some kind of important dissent that no-one's aware of...
I bring up physicists having concerns about the Higgs sector of the standard model. People are generally not aware that it's the cuckoo in the nest.

edd said:
It certainly isn't the first time, and I doubt this will be the last time this is said, but it isn't either-or there.
Edd, it's very simple. Either Einstein and E=mc² is right and the mass of a body is a measure of its energy-content, or the mass of some bodies is a measure of something else. You can't have it both ways.
 
Have a read of mass-energy equivalence on wikipedia. It isn't theological-like woo:

"In physics, in particular special and general relativity, mass–energy equivalence is the concept that the mass of a body is a measure of its energy content. In this concept, mass is a property of all energy; energy is a property of all mass; and the two properties are connected by a constant."
LOL at this Wikipedia-thumping.
No it isn't, it's of crucial importance. As is the issue of how the Higgs boson gets its mass. See above - it's from the kinetic energy supplied to the protons.
That's how the particle is created in the LHC, and it has nothing to do with their nature. It does NOT explain why this particle has a mass of about 125 GeV.

You don't understand what lpetrich said, you just latch onto it because of wishful thinking. Gluons are virtual particles, we've never seen a free quark, and like Einstein said, mass is a measure of energy content. Given that some amount of energy is confined by some mechanism, the mass of the resultant system is a measure of how much energy is confined. This applies globally, even when the resultant system is a particle.
Energy as some sort of stuff -- that's so typical of pseudoscientific woo-woo. No amount of Einstein-thumping about how E = mc2 can change that.

It's not the "energy" that's confined, it's the quark and gluon fields.
 
I point to what they said and I'm forever referring to hard scientific evidence, you dismiss it because you believe in nonsense. Have a read of mass-energy equivalence on wikipedia.
But you haven't read about it in a physics textbook and you have never done any problems, done any experiments, or developed any applications that use the actual science of this equivalence. Yet you claim, on the basis of your wikipedia knowledge, to criticize almost every scientist working in the field on their knowledge of physics.
You can literally see the gap between your hands. You know they're not together. And you can waggle those hands and see them move. So space and motion have an empirical foundation which "the flow of time" does not. Plus you cannot move through time like you can move through space, so time is patently different.
Please explain how waggling your hands is evidence of motion. Your reasoning on this point is not clear. Your earlier responses to requests for clarification on this issue were insults and refusals.
 

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