Quantum Field Theory is based on an assumption that all subatomic particles are made of the surges of fields. These fields are known as “Quantum Fields”. Like gravitational field, most scientists believe that quantum fields are long range forces over the entire universe. However, according to Yangton and Yington Theory, quantum fields are only short range fields with a normal distribution.
Scientists also believed that quantum fields preexist in the universe. This concept was first proposed to explain that the remote gravitational force derived from Newton’s Law of Universal Gravitation is preexisted instead of that produced by propagation. However, according to Yangton and Yington Theory, the remote gravitational force is caused by graviton flux which is generated through graviton propagation based on Graviton Radiation and Contact Interaction Theory. In fact, remote gravitational field obeys Inverse Square Law (1/r2) but quantum field follows a normal distribution.
In contrast, according to Yangton and Yington Theory, subatomic particles are made of a group of Wu’s Pairs with string structures and short range forces including String Force and Four Basic Forces in a normal distribution. Although, these short range forces are generated after the existence of the particles, they can be considered equivalent to the Quantum Fields in Quantum Field Theory.
Furthermore, based on Quantum Field Theory and Yang Mills Theory, Standard Model is a group of subatomic particles that is derived by a mathematical model of non-abelian symmetry with a quantum field in a normal distribution. As a result, considering that string structures and short range forces including string force and four basic forces in a normal distribution are equivalent to the quantum fields in Quantum Field Theory, Yangton and Yington Theory can serve as the backbones of Quantum Field Theory, as well as Quantum Gravity Theory and Standard Model.
My questions are:
1. Is it true that quantum fields in Quantum Field Theory have to be long range fields or even infinitive continuous fields?
2. Can it be short range fields? Any problems?
I think that the main difficulties comes from the delayed potential, that should be apparent if you have an interaction with particles or local fields.
But, since this is not the case, fields of any sort must surround all object i.e., they are always there, if there is another object or not.
JES
This is an excellent question and the hypothesis of the existence of these field as a real physical wave carrying medium presents great problems.
One should ask how these fields were created in the first place in the early universe. There is also the observation problem that gravitational waves and light waves travel at the same speed over distances of millions of light years. This must mean that the electromagnetic field is expanding at the same rate that space is expanding.
Richard
I believe that short range field (force) with a curve like that of the gravitational field F∞1/R2 should be used in the mathematical model of Quantum Field Theory. A long range field seems doesn't exist for weak and strong interactions. Even for electromagnetic and gravitational interactions, it should be a short range field (force) generated between two particles in contact distance. The conventional Newton's Law of Universal Gravitation and Coulomb's Law of Electric Force are long range fields (remote forces) which are caused by graviton and electron radiations (propagation). They are not the fields applied to quantum Field Theory.
According to Quantum Field Theory, it is suggested that all subatomic particles are made of the surges of quantum fields. Many scientists believe that those quantum fields are preexisting infinitive fields in the universe such that the questions regarding the existence and propagation of the quantum fields can be avoid. In addition, based on Quantum Field Theory and Yang Mills Theory, Standard Model containing a group of subatomic particles can be derived by preexisting infinitive quantum fields with a mathematical model of non-abelian symmetry.
In contrast, according to Yangton and Yington Theory, all subatomic particles are composed of string structures built upon Wu’s Pairs (building blocks of the universe) with attractive Force of Creation (Fundamental Force of the Universe). Elementary subatomic particles are composed of Wu’s Pairs bound together by string force induced from Force of Creation. Composite subatomic particles are composed of elementary subatomic particles bound together by four basic forces generated by string force induced from Force of Creation.
Because preexistence and infinitive length of the field is irrelevant to Standard Model derived from the mathematical model of non-abelian symmetry, it is believed that four basic forces each having a short range field generated by the corresponding subatomic particle, and string force having a short range field (Higgs Field) generated by Wu’s Pairs (Higgs Bosons, the mass particle), can be considered as the quantum fields in Quantum Field Theory. Consequently, these short range fields made of four basic force and string force generated by the corresponding subatomic particles can be applied with a mathematical model of non-abelian symmetry to develop Standard Model no matter of the preexistence and infinitive length of the field.
Gravitational field and electrical field are infinitive fields. Gravitational field is the field of static remote gravitational force (Universal Gravitation) applied on a unit mass which can be calculated by Newton’s Law of Universal Gravitation. Universal Gravitation (Static Remote Gravitational Force) is a summation of gravitational forces generated by the contact interaction between two groups of gravitons, one group from target object and the other group through static graviton flux from parent object. It is different from Gravitational Force which is a single gravitational force generated by the contact interaction between two adjacent gravitons on the same object. Similarly, electrical field is the field of static remote electrical force (coulomb’s Force) applied on a unit positive charge. It is different from Electrical Force which is a single electrical force generated by the contact interaction between two adjacent electrons (or charged particles) on the same object. Both fields generated by Gravitational Force (not Universal Gravitation) and Electrical Force (not Coulomb’s Force) are considered quantum fields in Quantum Field Theory.
Because preexisting infinitive field is irrelevant to Standard Model derived from the mathematical model of non-abelian symmetry, it is believed that four basic forces each having a short range field generated by the corresponding subatomic particle, and string force having a short range field (Higgs Field) produced by Wu’s Pairs (Higgs Bosons, the mass particle), can be considered as the quantum fields in Quantum Field Theory. As a consequence, these short range fields including four basic force and string force generated by the corresponding subatomic particles, together with a mathematical model of non-abelian symmetry, can also be used to develop Standard Model. In addition, despite relativism and uncertainty principle, the theories of mass and energy transformation, and mass and force cluster formations are compatible with Yangton and Yington Theory, therefore, Yangton and Yington Theory can be considered as the backbone of Quantum Field Theory. Furthermore, because all these short range fields including four basic force and string force are generated from Force of Creation, Unified Field Theory can also be realized.
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