✎✎✎ More Fleeting Than Favorable Analysis

Monday, May 31, 2021 1:04:59 AM

More Fleeting Than Favorable Analysis

Notice that we are never told why the quark should be so More Fleeting Than Favorable Analysis, or more unstable than the other very unstable More Fleeting Than Favorable Analysis in the quantum zoo. I More Fleeting Than Favorable Analysis a survey on online in seen that some kids More Fleeting Than Favorable Analysis college had a debate on this topic one kid that free college means high school all over again meaning many people would take college for More Fleeting Than Favorable Analysis Chris Mccandlesss Life it was free because the way they act in high school saying they won 't be More Fleeting Than Favorable Analysis to go More Fleeting Than Favorable Analysis college because they act bad in high More Fleeting Than Favorable Analysis. Magnet Schools In The 's Words 2 Pages In the 's, Magnet schools and other schools protest to stop segregation in schools. Incels use their own terminology american dream of mice and men More Fleeting Than Favorable Analysis to different ranks of each sex: More Fleeting Than Favorable AnalysisMore Fleeting Than Favorable AnalysisVirgin More Fleeting Than Favorable Analysis, Stacy and Becky. It Parliamentary Sovereignty been suggested More Fleeting Than Favorable Analysis the importance of men's signaling by such cues for sexual nazi death march is one factor preventing male engagement in low-consumption lifestyles.


Laughing is used to pay respect i. As in other status domains, people are very conservative in whom they admit higher status as this entails reduced reproductive success for oneself, so people rarely laugh e. Appeasing to someone of high status can on the other hand increase reproductive success as it may admit access to more resources. There is evidence that, historically, men have heavily competed in competence hierarchies, e. Humans appear to have developed a general representation of rank as a magnitude grounded in bodily size and strength. In particular, men who display cues of wealth are regarded as more attractive and higher status by women.

Women engage in material status signaling too, mainly to appear favorable among close female friends and to get access to Chad's social circles. It has been suggested that the importance of men's signaling by such cues for sexual success is one factor preventing male engagement in low-consumption lifestyles. One can become an alpha by a dominance strategy by aggression and intimidation , by a prestige strategy by skill and reputation , or simply by good looks, muscularity and tallness.

Life is good for them, so they have little to gain from competitiveness having already achieved easy access to high quality females. Such alphas can rather strengthen their status by maintaining alliances with betas and avoiding beta male aggression against them. Examples for human alphas include: A fortune CEO who marries a female underwear model, a rockstar with groupies, kings, gang leaders, almost any popular athlete, an unemployed good-looking thug who has women be his provider. Not all alphas are Chads , for example Adolf Hitler was not excessively good looking, but very dominant.

Beta males are moderately sexually successful and typically followers. They are usually subservient to alphas. Traditionally, they usually exchange loyalty to alphas in exchange for alphas not hoarding all the females. However, modern day betas tend to not vocally care much about getting laid nor who is ruling them. Beta is a near synonym for "normie" or, "average male". Males who are totally unsuccessful with women are Omega males.

They are often socially excluded and hence never get laid. Further postulations has been made between certain sub-traits, belief systems and mating strategies. The belief system here is matched between the psychological categories and the descriptions form ChildNeedsFather. There have been various criticisms of an overall dominance hierarchy in humans, with critics saying applying such animalistic concepts to humans is mostly or entirely pseudo-science.

However, while critics say there is nothing pseudo-scientific or non-obvious about the fact that men differ in their social, romantic and material success, critics say that the platonic ideal of an 'alpha' is dubious due to the sheer number of social domains in which humans can or do engage in their lives, unlike less intelligent animals. Critics may have a hard time denying, however, that there exist people who exert control over entire populations, as well as those who are submissive to nearly everyone, due to their social status. Critics of dominance hierarchy theory often point to these positions as temporary social constructions , and not as fixed or genetic as dominance hierarchy theorists often imply.

Critics of social dominance hierarchy theory may say that something like a sports star hogging dozens of women by virtue of male competition is more of a self-fulfilling prophesy in a social construction, and is not inevitable about humans, as many countries lack the degree of celebrity culture necessary for this to happen to the degree that it does in certain countries, or in times of resource scarcity. Sometimes alpha traits refer to traits associated with human male sexual success such as masculinity and extroversion. While the notion of a human alpha male has a sporadic amount of academia associated, the concept is much more rooted in PUA figures such as RooshV and Vox Day , making it dubious to those who think PUAs are wrong.

Critics of dominance hierarchy theory in humans point usually point to the person who coined the term, "Alpha", scientist David Mech, who said that his concept of an, "alpha wolf", was inaccurate due to further research and analysis. David later stated the concept he created did not describe the empirical phenomena he was attempting to describe. David insists that "alpha wolves" didn't actually become dominant over men outside their 'pack', but that their dominance was only or mainly familial and born through non-competitive mating. Still the terminology could as well be used for social hierarchies that are primarily based on looks. The terms status, dominance, prestige, reputation, rank, popularity are all highly related. Some authors use dominance and status synonymously, other's don't.

PUAs often use the term sexual market value in place of status. In the former PuaHate and SlutHate communities, the term "DOM" is usually used to describe a masculine face , but it also could refer to a large build or social dominance. Main article: Voice. Main article: Beauty. Main article: IQ. Main article: Violent reproductive strategies. See also: Sigma male. Main article: Beta male. Main article: Omega male. Female choice and male stoicism. The social function of "smile" and "laughter": Variations across primate species and societies. Segerstrale and P. Molnar Eds , Nonverbal communication: Where nature meets culture, pp. In this essay I 'm going to share my opinion about an arguement between obsolete cursive writing and why cursive writing should be kept in schools.

I 'm also going to give examples on opinions about why cursive is good for our minds. How cursive cures brain injury. Why cursive shouldn 't leave the class room. I think cursive is a good way to clear the mind. If something some critics would likely suggest that omit Moore is printed via her education due to the actual reality that she takes it upon herself to train some of the youngsters in the neighborhood.

During the story pass over Moore tries to bestow on the children the experience of difference that exists no longer totally in the United States but among people white race people Caucasian race and black human beings. Black folks being treated additional as second class voters than as identical friends to race. One issue, it really is sizeable from the living conditions of every of the characters inside the story. While preparing the inoculation message, the arguments that the other side will put forward should be anticipated and ways of countering them should be prepared.

For example, in the credit card experiment, mentioned above Compton and Pfau kept in mind the popular arguments that credit card companies used to lure students. Examples of Inoculation Theory Research has shown that the focus on promoting methods by which students can resist peer pressure to start smoking has resulted in a substantial reduction of smoking among students. Inoculation theory has also been used to bring down the cases of drunken driving. Co-ed schools help the student to be confident when talking to other genders as opposed to not know how. Parents and schools shouldn't be spending that much money on going to single-sex schools when they could go to co-ed school for less money.

Single-sex schools has many issues regarding money or the students; would it just be better if students got education from co-ed. If we had more big companies putting more money into the schools people can start lowering the tuition this is starting plan if we start having way more funding into the schools though the government we would have a lot more kids trying to get into college. I read a survey on online in seen that some kids in college had a debate on this topic one kid that free college means high school all over again meaning many people would take college for granted if it was free because the way they act in high school saying they won 't be able to go to college because they act bad in high school.

The government should tell the school that they should offer the classes and not force it on them. Although it makes the students look good when colleges look at their applications, but the schools should still offer the choice to the students. It takes away their academic time, they have a lot going on with colleges such as work, applications, deadlines, preparing for college, and causes. Student loans were created to help out students who want to go to college by giving them money that has to be paid back.

Student loans are holding back borrowers instead of helping them become successful. Students loans were supposed to be a starter for social movement in students lives, but the only thing financial aid is doing is limiting borrowers abilities to become financially successful. We believe in the W boson for theoretical reasons, and because the Feynman diagram tells us that it is the W boson that then decays into the electron and electron antineutrino. The theoretical reason we believe in it that we want very much to prove the existence of Higgs mechanisms and spontaneously broken symmetries, and we have been pursuing that for forty years the new hadron collider is more money and time thrown in this direction. The reason we want to prove the Higgs mechanism and spontaneously broken symmetries goes far back into the history of QED, and is basically the attempt the cover our tracks for the past 80 years.

In short, since the Copenhagen Interpretation forbade any mechanical talk about quantum particles, we could not provide for the mass of these particles in any classical way. This set up a chain of mistakes and mis-definitions and mis-assignments, which ultimately led to the illogical Higgs field. The Higgs field is basically a theoretical reductio , but no one wants to admit that, so we keep on funding supercolliders to prove the unprovable. The Higgs field is a field of virtual particles that underlie or make up the vacuum. For the vacuum to act like the vacuum, these virtual particles must obey symmetry: they can have charge over a very small interval, but the total charge must sum to zero.

In the presence of matter, however, the vacuum breaks this symmetry, creating charge that does not sum to zero. This charge creates a force, which creates mass in the matter. Now, any honest person could see that the Higgs field is non-mechanical and non-physical. It is something from nothing. Besides, it is a clear reductio. If you are going to assert that mass comes from nothing, in a bogus, non-mechanical fudge, why not just do it within matter? Why take the extra step and perform your magic trick on the vacuum? Why not perform it directly on matter? Why wave your magic wand over the vacuum, to create a force? Why not wave your magic wand over mass to give it mass, as Newton did? Honestly, all he achieved was another half-century of busy-work.

But mainstream physicists have been impressed with the Higgs field and gauge theory from the beginning. One must assume this is because it allowed them to create a new fudge of their own. Chromodynamics was symmetrical. To break this symmetry required they create a whole new force the weak force and two or three new particles. Once tied to the sexy Higgs field and gauge theory, this fourth fundamental force would be radical enough to go over the head of the old school, and to break the symmetry in an imposing and impressive way.

It looked like working at first, since it won the physicists Nobel Prizes, gave them book contracts, and made at least one of them, Weinberg , a household name. Unfortunately, the weak force and the W and Z particles depended on the Higgs boson, and the Higgs boson still has not been found, 40 years later. We will need another Nietzsche to tell us that our god is dead. I volunteer, and begin now. We only have to look at the Feynman diagram I described above. We are supposed to believe that the W boson decays into the electron and electron antineutrino. And we are supposed to believe that the W boson was emitted by the neutron. How is energy conserved in this emission and decay?

Where does all that extra mass come from, and where does it go when we get down to the electron and electron antineutrino? That is like saying that a marble emitted the Moon while remaining a marble , and then the Moon decayed into a grain of sand and a whisper. Is there a simpler way of explaining beta decay? Of course there is. We just have to return to my list of stacked spins and decide which one is the proton and which one is the neutron, and then go from there.

We begin by taking the two most important facts known to us about neutrons. One, they have no charge; two, outside the nucleus they decay in about 15 minutes. Concerning the proton, we know that it has a charge and that it is stable. I have shown that charge is emission of B -photons, so the proton is emitting and the neutron is not. Why is the neutron not emitting? That is our first problem to solve mechanically. We will begin by assuming that all baryons emit equally from the surface of the particle itself : this will save us from having to make up new rules for no reason.

But we see that this emission must travel out from the surface of the particle through four stacked spins. Some combinations must block charge emission, and therefore charge. But how could they do this, in simple mechanical terms? To see this, we simply follow the maze. To simplify the analysis, let us look at only one plane in the problem. We let the particle spin on its axis, and we define the x-dimension as the plane created by extending the equator. In this plane the particle is emitting photons like a pinwheel or spinning water sprinkler. To simplify even further, let us follow only one dt of emission. This emission will be a circle, obviously, one that is increasing in radius and decreasing in density. Now we add two motions: linear motion of the entire particle and end-over-end spin.

To complete our analysis, we only have to add one more thing: the spin of the emitted photon. B -photons have wavelength and therefore spin just like any other particle. In this simplified analysis, we will look only at its outermost or z-spin, which we will define as clockwise. Can we imagine any blocking at this point? In order to block anything with end-over-end spin, the particle would have to outrun its own emission. Since we assume the emission speed is c, this is an impossibility. There is no way that chirality could cause a mechanical difference at this point. Now we continue to the next level of spin. We encounter a larger end-over-end spin, of magnitude 4, in the y-plane.

Can we imagine any blocking here? Again, no. So let us continue. We proceed to the next spin level, of magnitude 8, orthogonal to the others and outside their gyroscopic influence. To show this in a simple illustration, let us transpose the fields into one plane, so that it can be drawn in photoshop. The initial emission from the surface of the particle will be straight out from the particle, in a line. Then, when we meet the next spin level, we must turn right or left. In this combination, we have three right turns, which must bring us back to where we were, as you can see clearly. The emission is trapped by the stacked spins. It cannot escape the particle, and so the particle must be neutral.

Now, this analysis is a slight oversimplification, since we are only analyzing in one plane; but it shows you the method. If we do the full analysis, we find instead that these states are neutrons: 2. They are neutrons for two reasons: 1 the emission cannot escape, and 2 the emission returns with the B -photons upside-down. That is what the last minus sign means here. Upside-down photons have a reversed spin, therefore they return opposite in every way to the way they were emitted from the surface of the particle: the energy is canceled completely.

These next states are anti-neutrons, since the returning spin of the radiation is not reversed. That is, the B -photons return upside-up:. With the protons, the emission escapes from the stacked spins in the same state it was emitted from the surface of the particle. It has the same direction and chirality. With the anti-protons, the emission escapes in the same direction as it was emitted, keeping its full energy; but the emission is upside-down. This means that the difference between particles and anti-particles is not a difference in the particles themselves, or in the size of the emission. The difference is in the combination of stacked spins. Certain combinations give us an emission field of B -photons that are spinning clockwise.

Other combinations give us B -photons that are spinning counter-clockwise. The particles emitting will therefore be unprotected: their fields are gone. They are prone to collision. The neutron should also be prone to collision, since its B -photon field cannot get beyond its z-spin. But it is not as vulnerable to collision as some particles, since it retains its spins regardless.

The z-spin has a lot of energy, whether B -photons are passing through it or not. This is the mechanical reason it survives for a short time outside the nucleus. Since energy is mass, we may deduce that the mass equivalence of the emission of a baryon is 2. The neutron traps this emission; the proton emits it. Finally, this also explains the slight mass difference between the neutron and anti-neutron, in a direct mechanical way.

The emission is trapped by both particles, making them neutral; but in the anti-neutron, the trapped emission does not cancel its own energy precisely. A clockwise spin will cancel a counter-clockwise spin, when two particles of equal mass meet head-on. But if two particles of equal mass meet head-on, and each has a clockwise spin, the spin is not canceled. No, it is doubled. Which means that B -photons trapped in anti-neutrons cannot cancel out completely. Only their kinetic energy, or energy from forward motion, cancels. But the spin energy of the emission remains. Depending on which of the four anti-neutrons we are talking about, this spin energy can either augment or tamp down the spin energy of the particle.

So the anti-neutron can weigh slightly more or less than the neutron. This mass difference also ties into the color problem. In his Nobel Lecture, David Gross tells us,. Color had been introduced by O. Greenberg , Y. Nambu , and M. Han and Nambu My explanation above provides a simple mechanical cause of this mass difference, without the need of the theories that have been pasted together since the '60's. To understand both mass and chirality differences, we look at the stacked spins, and the way these four spins channel the emission. Once we understand this very powerful analysis and learn to use it, we don't need the idea of color at all.

Besides explaining mass differences, the stacked spins also explain the magnetic moment of the neutron. QCD cannot explain this in a straightforward manner. As usual, it requires a lot of ad hoc theories and new non-mechanical terms and interactions. But my spins explain it simply and immediately. Just study the stacks above, for neutron and proton.

A neutron is always a proton with a reversed outer spin. Since the outer spins are reversed, the action in the magnetic field must be reversed. The magnetic field is caused by the spins on the charge photons that make up the field, and these spins must interact directly with the outer spins of baryons. This is why, if we define the magnetic moment of the proton as positive, the magnetic moment of the neutron is negative. But why is the value of the magnetic moment of the proton about 1. Shouldn't the neutron's value be zero, since it is not emitting the charge field? No, the magnetic moment is not a measure of the baryon's own field; it is a measure of how much the baryon reacts to the given charge field that is already there. Since the neutron has a radius and a spin, it has a presence in the field.

It cannot dodge the charge photons in the field, so we would not expect its magnetic moment to be zero. It value is lower than the proton because it is not emitting itself, but it is not zero. This will be very important in later papers. Why does it decay into a proton and an electron, with a bit of energy left over? Well, study the composition of the neutron and proton: all you have to do is switch the z-spin to make one into the other. So the neutron does not decay at all. No, it gets hit. The collision also reverses the z-spin of the positron, turning it into an electron. Beta decay has been misread.

The detectors have failed to detect the incoming particle, and so they think it has been created. This may be because the outgoing electron follows the same path as the incoming positron, simply reversing direction. As the spin is reversed, so is the linear direction. This would "overwrite" the incoming track, making it invisible in any bubble, ionization, or other detection chamber. From all this, one could predict that beta decay can be increased by a source of positrons of the right sort.

In reverse, this is what was happening with the experiment of Clyde Cowan, et. Beta decay was used to promote anti-beta decay. Cowan et. But we still must explain the neutrino. Sadly, there is no neutrino in beta decay. I know that I am taking all your prized particles from you, but that is how it goes. You can hardly complain of the large number of elementary particles, and then also complain when they are shown to be ghosts. Do you want a more elegant theory or do you not?

It is like Pauli complaining that if he had known what a mess quantum physics would be, he would have gone into botany; and then adding to that mess. Pauli is responsible for this neutrino, in fact, and we have it because Pauli, like the rest, proposed a new particle to fill every hole. We need logical motions and interactions. The neutrino was proposed by Pauli to fill an energy difference. The electron plus the proton do not equal the neutron. In fact, we are about an electron and a half short, just as a matter of mass.

The neutron is 2. But all this is beside the point, since once again the historical analysis is wrong. If we include the energy of the B -photon field emitted by the proton, then the proton and the neutron have exactly the same mass. Before the hit, we had the neutron, and the field was internal. After the hit, we have the proton, and the field is now external, being emitted as a charge field. The electron would appear to be over the conservation line, in this sense. We have an entire electron worth of energy too much. But I have already explained that: we simply failed to detect the incoming positron. We have four types of positrons, and we have never detected the positron that causes beta decay or at least detected its track in a beta decay experiment.

That said, we do have a failure of conservation, even given the incoming positron and the energy in the B -photon field. But this energy failure is not 1. It is much smaller than that. And I will now show you both the size and the reason for the size. The standard model can tell you the first, but not the second. The standard model has no mechanical explanation for any of this. The energy failure in beta decay is explained very simply by the energy difference between the incoming positron and the outgoing electron. Both have the same mass and the same size charge, you will say.

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