A New Explanation of the Mechanism of Korean room temperature and ambientpressur

Firstly, while inheriting the sphericalquantum model of macroscopic objects, quantum mechanics abandons the concept ofspin of spherical quantum and establishes another set of spin conceptsdifferent from that of macroscopic. This is due to the wave-particle duality ofthe quantum object, forcing people to introduce the wave function (quantumstate) to describe the state of the quantum object, the quantum world's strangeproperties are originated from this quantum state. So what is the concept ofthe state of this quantum object according to the macroscopic characterization?It is a concept of indeterminacy that seems both rigid and fluid, both completeand broken "fuzzy body".

Spin is not like advection. Whileadvection is similar to a tendency towards a diffuse or dispersive state, spinis more like a condensed "body". The cyclic quantum three-spin modelis not a change in orthodox quantum mechanics per se, but only a small changein orthodox quantum theory per se. That is, since Shoichi Sakata opposed the"point" model of the Copenhagen school of quantum mechanics, which isindivisible, and advocated the "body" model, which is divisible, the"body" of a quantum state can have a spin similar to the spin of amacroscopic object, which makes it possible to have a spin similar to the spin ofa macroscopic object. Macroscopic object spin, which makes our countryprematurely triggered the ball quantum and ring quantum debate. This is becausethe endowed spins of ring and sphere quanta are different.

For example, the spin of a ring quantumhas three "endowed" motions: there can be a body spin ── rotatingaround an axis inside the ring surface; a face spin ── rotating around anaxis perpendicular to the center of the ring surface; and a line spin ──rotating around a toroidal centerline inside the ring. The body spin of thethree spins has two states (positive and negative). The face spin has twostates (positive and negative). Plain line spins in line spins have two states(positive, negative); nontrivial line spins in line spins have four states(left-slanted positive, negative; right-slanted positive, negative). The ringquantum can have 62 different combinations of three-spin states according tosingle-motion (only one spin), double-motion (two spins at the same time), andtriple-motion (three spins at the same time). The line spin is similar to themacroscopic vortex, so the ring quantum can complete both like a rigid body andlike a fluid, both like a complete and like a rupture of the "fuzzybody" of the concept of uncertainty, and therefore the nature of the wavefunction, such as Schrödinger's view of the fluctuation equation, the wavefield is concentrated in the formation of a small space within the wave groupor wave packet of the interpretation of the explanation of a clear, and canalso solve similar to the "Schrödinger's". It can also solve manyproblems of macroscopic and microscopic divisions, such as the"Schrödinger's cat" feint and the "EPR feint". This is themulticonjugate quantum state in which multiple spin-like endowments of ringquanta exist.

[7. Why superconductivity is a hexagonalstructure]

a.Three spins with electricity,magnetism and temperature

Superconductivity, a phenomenon in which the electrical resistanceis zero and the magnetic induction strength is zero at a certain temperature,magnetic field and current. Mathematical explorations of the lattice morphologyand trans-control mechanism of room temperature atmospheric pressuresuperconducting materials indicate that superconductivity is a typical three-spinphenomenon. That is, the three-spin quantum number, the body spin correspondsto temperature, the surface spin corresponds to current, and the line spincorresponds to magnetic field. Triple spin is an inherent property of matter inthe microscopic realm, but no one has contacted this hidden order for manycenturies.

Three spin contact circle state, in the class circle body withwarp and weft lines drawn grid, that is, the class circle body is divided intoring segments, ring segments on the grid, make a kind of magic like the magicway of the magic ring device, of course, this grid is can be big or small; anytake a grid or a point can be in the class circle body or with the class circlebody, around the class circle body center ring road composed of the center ofthe circle of the axis of the rotating or rotating around the center of thecircle line, we call this kind of grid and the point of the block for thetransposons. Rotators are formed into a group effect movement, so the shape andlayout of its grid pattern is regular. Generally speaking, the grid forordinary line rotation is square, and the grid for non-ordinary line rotationis prismatic. Now the diagrams are analyzed in detail:

Fig. 1 uses squares, and Fig. .2 uses prisms to illustrate thelattice of two kinds of transposers on the surface of one side of a class ofcircling bodies, and the upper and lower parts of the two figures are set up asthe poles of the class of circling bodies; left-right motion is a face-spin,and up-down motion is a line-spin. The square of Fig. 1 moves both left andright and up and down, which is a plain line spin.

The prism of Figure 2 can neither move up and down nor move leftand right, because this horizontal and vertical movement is the tip-to-tip, thetwo slanting edges are pressurized at the same time, and can't move downneatly, but can only make oblique movement belonging to the non-trivial linespinning. The shape of this network pattern and the locking of the pendulum isexactly as a technical basis for the analysis of room temperature atmosphericsuperconductivity and biological superconductivity mechanism.

Because if the rotors were in a pattern of varying shapes andrandom placement like the milfoil now on the terrazzo floor, they would not beable to move in an orderly fashion at all. And the trick to analyzing themechanism of superconductivity is to show what is the significance of thecrystal network of superconducting materials? According to the above study ofthe optimal network of three-rotation motifs as square or prismatic, the searchfor room-temperature atmospheric-pressure superconductors should first payattention to the hierarchical rhombohedral lattice class of materials, becausethey are close to an ideal macroscopic quantum effect.

If the current is passing through such a crystalline surface, thenwhen connected to an external circuit, it constitutes a loop state, and theformation of nontrivial line spins is easy on this circuit of matter. Thenontrivial line spin already combines the face and line spins, as shown by themacroscopic quantum phenomena of electricity and magnetism. Secondly the bodyspin, roughly speaking, is a flipping, which is connected with macroscopictemperature effects; the higher the temperature, the greater the collision andflipping, which is not conducive to the coherence and coordination of electronpairs. So for room-temperature atmospheric pressure superconductivity,macroscopically speaking, it is important to choose a lattice that is notfavorable to flipping. Triangular network in the face spin, line spin is not asorderly as the square movement has been ruled out, and the square and othersquare polygonal comparison, it tends to round the smallest, so it is not easyto flip, so from the macroscopic mathematical analysis of the three spins,laminated rhombohedral crystals for room temperature atmosphericsuperconductivity occupies an advantageous position.

But it is not right to say that the rotator pattern of the squaremust make ordinary line spinning motion, and the rotator pattern of the prismmust make non-ordinary line spinning motion. Because, if the square shapeaccording to the prism as the pendulum ──up and down, right and left corner to corner, also can only make obliquemovement; but they are not ordinary line spin? Not necessarily! Because what iscrucial in distinguishing a plain line spin from a nontrivial one is the numberof wraps, i.e., the consecutive edges of the diagonal mesh are closed linesthat go at least one week around the ring.

Generally speaking, the square mesh block is parallel to the sideof the center circle line in the class circle body of the pendulum, can onlymake ordinary line spin, can also be alone for surface spin. Prismatic netblock or square is diagonally arranged, whether it is not ordinary line spin,we have to check whether there is a circle number; but one thing is certain,they can not be alone for surface spin, its surface spin is combined with theline spin.

Now to give a definition of the nontrivial line spin: if a groupof motion direction of the rotor subchain of the first and last, the existenceof at least one more than the number of encircling the closed curve of therotation, it is called the nontrivial line spin; on the contrary, there is noencircling the number of only around the class of the circle within the centerof the circle of the line of the rotation, called the ordinary line spin. Thestudy of the mechanism of superconductivity is to avoid the real approach,which of course, to capture the most essential features of the latticestructure of the real material ── macroscopicis linked to the microscopic, relying on the vibration of thousands of atomsand electrons, spin, shift this most active three-spin factors, in turn, toexpress the macroscopic superconducting phenomena. The dynamic structuresimulation of three-rotation motifs also has such a feature, and it is ademonstration of thousands of atoms and electrons moving into the establishedprogram that can be observed and felt by human beings; it is not a kind ofcoordination of appearances, but an intellectual feature that can beexperimented by everyone. Based on the previous study that the optimal latticefor a three-rotation motif is square or prismatic, the search forroom-temperature atmospheric-pressure superconductivity should begin withattention to materials in the class of layered rhombohedral lattices.

b,Superconductingholographic brick quantum mechanics revisited

Superconductor, as the name suggests, is noenergy dissipation after the current conductor, it is due to a large number ofpaired electrons condensed to a "consistent" coherent state, itsmovement is not the result of lattice scattering. "Holographic tiles"refers to the highly realistic holographic image display; the chemical element proton is bornafter the Big Bang, the human regime political parties are born after thecivilization of the Great Divide, canwe use similar axioms in the natural sciencesto unify the guide? From the advancedencapsulation of the concept of "dual-core iteration", perhapsnatural sciences + social sciences = 2, before it is called "holographicbricks". Natural science + social science > 2, similar to the emergenceof packaging "two chips to generate power consumption and heat, can not becalled" holographic bricks "──This may be off-topic, talking too far.

"Holographic Brick" specificallylinked to the U.S. LBNL Professor Griffinsaid: "Korea's unproven potentially superconducting material named"LK-99" is made of lead (Pb) phosphorus (P) chert, with a slightlymodified hexagonal structure. The structure is slightly modified hexagonal bythe introduction of a small amount of copper (Cu), which allows it to exhibitsuperconductivity below 127 degrees Celsius. ......The copper d-band in this system is very flat,with almost no bandwidth spreading with neighboring oxygen ions". Theactual superconducting "holographicbricks" can be similar to the "hexagonalstructure" of the orthocubic or rhombohedral hexahedron, then the nuclei of the elements lead (Pb), phosphorus (P), copper (Cu),oxygen (O), etc., the number of hidden protons, how strange?

The Periodic Table seems to have created a "smart brain" for all chemical elements ── characterizesthe movement information of the physical and chemical world into a series ofmathematical arrangements with the number of proton sizes, and the key to theproblem is to break through the hidden special mathematical structure behindthe complex number of protons, and to make it simpler and simpler, which canonly be achieved by using the overstretched resources of the human "smartbrain". The problem can only be solved by utilizing the stretched human"intelligent brain" resources.

Did Proton Time observe the phenomenon oftransverse wobbling of atomic nuclei, a perfect breakthrough? No. Because fewtheoretical chemical physicists in the global "science and technologycommunity" have yet entered the field of quantum chromodynamic chemistry.But there is something else here, such as the atomicnumber Z in the periodic table of elements, equivalent to the number of protonscontained Z, "good proton number"proton group theory "holographic bricks", from the Casimir flat-paireffect, the economy of atoms, the economy of the formation of string squares,the utilization rate, By-products, energy, safety, etc., the "good protonnumber" of the wave function, density functionals, hybridizationfunctionals, etc., the synthesis of formulas and "3N" and "4n"variable functions of the number 3 The following formulas have been proposedfor the number selection of "3N" and "4n" variablefunctions, such as 4, 6, 8, 7, 12, 14, 16, and so on:

Z = (3 x N) + (4 xn)       (3-1)

For example, there are atomicnucleus proton number wave functions for lead(Pb-82Z), phosphorus (P-15Z), copper (Cu-29Z), andoxygen (O-8Z), as mentioned by Prof. Griffin above:

Lead (Pb-82Z): Z=(3×N)+(4×n)=(3×14)+(4×10)=82

Phosphorus (P-15Z): Z = (3 x N) + (4 xn) = (3 x5) + (4 x0） = 15

Copper (Cu-29Z): Z=(3×N)+(4×n)=(3×7)+(4×2)=29

Oxygen (O-8Z): Z=(3×N)+(4×n)=(3×0)+(4×2)=8

That is, lead (Pb-82Z) has a "goodproton number" equivalent to 7 carbon proton numbersine-square structures (6 x 7), plus 5 oxygen proton number sine-square structures (8 x 5), and phosphorus(P-15Z) has a "good proton number" equivalent to 2 carbon protonnumber sine-square structures (6 x 2), leaving a "good proton number"of 3. Phosphorus (P-15Z) has a "goodproton number" equal to 2 carbon protons (6×2),leaving one "good proton number" of 3. Copper (Cu-29Z) has a"good proton number" equal to 3 carbon protons (6×2),leaving one "good proton number" of 1. Copper (Cu-29Z) corresponds to 3carbon protons (6 x 2), leaving a "goodproton number" of 3: plus1 oxygen proton number (8 x 1). The "good proton number" of oxygen (O-8Z) correspondsto one oxygen proton number string structure (8×1). Why?

[8.Lead apatite plus coppersuperconducting plasmonic space-time mathmystery]

a.Nature and society holographic brick wisdomunified mathematics

Theintegrated formula Z = (3 × N) + (4 ×n) for the wave function, densitygeneralization, hybridization generalization, etc., of the quantum "good proton number" demystifies thespatio-temporal separable andindivisible variations of theexperimental proton number of the elemental chemistry, anddetermines that the reactions, from the ordinary chemical reactions to thenuclear chemical reactions, are based on the protons contained in the nuclei ofthe atomic atoms of the elements in the Periodic Table of Elements The numberdoes not speak of large-scale structures── partonswithout scalability real quantum chromodynamic chemistry. Here it is similar toconsider particles such as protons and neutrons as "equals", but inthe representation of the structure, similar to the phenomenon of regimes andpolitical parties, the coding role of the leading core and other members isdifferent.

Introducing Casimir'sflat counterforce to the nucleus, if the proton number is not a simple strongforce system, but has many ups and downs, it is possible to devise thescientific equivalent of the Casimir's flat counterforce "quantumcolor-motion geometry" contained in the "carbon nucleus". The"details" are designed.

Because the oxygennucleus of the 8 protons constitute the cube, the formation of 3 pairs ofCasimir plate effect, this "quantum color dynamics geometry" effectis any other element in the periodic table of the nucleus of the atom, thenumber of protons contained in the "natural number" can not becompared. The reasoning behind this is that to form the simplest plane you need3 or 4 points, i.e. 3 points to form a triangle plane and 4 points to form asquare plane. The Casimir effect requires two parallel planes, and a triangularplane requires 6 points, which is similar to a carbon base.

A square flat platerequires 8 points, which is similar to oxygen. If we consider these"points" as the "number of protons", 6 protons are lessthan 8 protons, but comparing the quantum Casimir force effect, the cube of 8proton points is up and down, left and right, and front and back, which can beparallelized to form 3 pairs of Casimir plate effect, i.e., it is irrespectiveof orientation. Constructing a pair and 3 pairs of Casimir plate pairs effectof quantum color dynamic geometry "game" and quantum color dynamicchemical generation element "game", this hierarchical "CasimirPeriodic Table This hierarchical "periodic table of Casimir elements"membrane world gives rise to quantum color-dynamic chemical energizers such asoxygen nuclei, carbon nuclei, and their variants, which are similar to theZhang-Qian dihedral.

I.e. "6" counts as a "goodprime" and "8" is a better "good prime" ── similarto the square of The 8 vertices are the closest and most parsimonious empiricaland a priori images of the up-down, left-right, and front-back pairs of Casimireffect flat panels in both the local and global domains. But for all naturalnumbers, including even all real and complex numbers, there are infinitelymany, and since there is only one "8", the probability of 8 is one ininfinity in nature, i.e., no such miracle can happen again.

This is the quantum information principle ofdecrypting the protons in the nucleus of the atom for the weak force energyresearch according to the serialization of the Casimir plate-pair effect: thenucleus of the atom is not a simple strong force system, but has a lot ofvirtual quantum undulation in the connection; this is in the internal space ofthe nucleus, such as then being subjected to the "resonance" of theweak force energy reaction put in by the outside world, it will be a situationof a much larger scale than the atomic nucleus weak force effect. This is amuch larger scale than the weak force effect of the nucleus, and it is possibleto measure the undulations of such weak force energy reactions by means ofisotope mass spectrometry and rigorous chromatography-mass spectrometrydetection.

The proton string square system composedof multiple "good proton numbers", say "6" and"8", writes "6" and "8" arrays of informationpoints (similar to say superconducting "preferences"), and theresulting write-erase and re-write of information points are the basis for newfunctional materials and hidden energy sources. The information dot matrix of"8" (similar to the "preference"of superconductivity), and thewriting-erasing and re-writing of the information dots are the treasure troveof new functional materials and implicit energy sources, and the architectural,thermodynamic, and kinetic effects of their proton-ordered assemblies are to befurther revealed. .

b,good protonnumber theorylead apatite pluscopperexperiment

In 1869 Mendeleev proposed the minimalist Mendeleev PeriodicTable of Elements, 154 years havetriggered the combination of topological physics to quantum chromodynamics,revealing that science + statistics = quantum ups and downs + the Casimirplate-pair effect = smartphones + blade base stations = artificial intelligence+ statistics, has involved from the principles of atomic bombs, hydrogenbombs such as nuclear radiation, to the explorationof superconductors involved in the room temperature atmosphericpressure. The phenomenon of the quantum Casimireffect, which is to be linked, was discovered and proposed by the Dutchphysicist Casimir in 1948. It was subsequently detected by many scientists aswell, but quantum chromodynamics of quarks, gluons and the like were not yetavailable when Casimir discovered the Casimir force.

The explorations of scientists such as Casimirwere still only above the level of the physics of the atomic nucleus and theelectromagnetic field, and the idea at that time was only that of a forceoriginating in the electromagnetic field of the quantum vacuum fluctuations.The strange pulling or pushing force (similar to the "contraction" ofsuperconductivity) that exists between two very close objects due to thefluctuation of quantum forces in the vacuum state is known as the Casimireffect. However, at this time, the Casimir effect is a quantum forcefluctuation of the quantum of the origin, people still mainly regarded as"real particles". It can be extrapolated to the water molecules ofliquids such as ocean waves, air molecules of wind flow, etc., which can alsoproduce the Casimir effect.

But mathematically, "number" has apositive, negative; virtual, real; zero and other five kinds of difference,contact with the real particles and its negative particles, in this Casimireffect vacuum, two parallel flat metal plate between the resulting attractionpressure, and Newton, Einstein found gravity, its deep-seated physicalprinciples are different. Deepening this connection in terms of basicmathematical principles of reasoning will not be a clear idea until today'sexamination of Einstein's general theory of relativity and quantumchromodynamics, traced below the level of the physics of the atomic nucleus andthe electromagnetic field, where issues of quantum gravity and dark energy,dark matter, dark information, and string theory emerge.

And the "goodproton number" said first originated from the trialsolution with Prof.Jiao Kefang about "crustal elements nuclide decay conjecture" ── On July 28, 2009, Prof. Jiao Kefang, aresearcher at the Institute of Pharmacology and Toxicology of the ChineseAcademy of Military Medical Sciences, proposed that crustal elements Nuclidedecay conjecture, said he "found the formation law of the top 12 elementswith the largest distribution in the crustal elements ── The order of elemental content in the earth's crust: Oxygen(45.2%), Silicon (27.2%), Aluminum (8%), Iron (5.8%), Calcium (5.06%),Magnesium (2.77%), Sodium (2.32%), Potassium (1.68%), Titanium (0.68%),Titanium (0.68%), and Nitrogen (0.68%), and the Nuclei of the Earth's crust(0.68%), are the most distributed in the earth's crust. 0.68%), hydrogen(0.14%), manganese (0.10%), and phosphorus (0.10%) Why are these elements mostabundant in the Earth's crust?

In particular, among them, the even-even nuclide 8 Oxygen 16 (8protons, 8 neutrons) has the highest content, followed by the even-evennuclides 14 Silicon 28, 12 Magnesium 24, 26 Iron 56, 20 Calcium 40, and 22Titanium 46 are also even-even nuclides, which is understandable. However, theodd-even nuclide 13 aluminum 27 has the third highest content; 11 sodium 23, 15phosphorus 31, 19 potassium 39 and 25 manganese 55 are all odd-even nuclides,why?

If you add the hydrogen nuclides, there is a 50/50 split betweeneven and odd nuclides. Yet none of them are odd-even nuclides, e.g., 3 lithium6, 5 boron 10, 7 nitrogen 14, and so on. Why are most even-odd and odd-oddnuclides naturally low in relative abundance, e.g., 8 Oxygen 17 (0.038%), withnatural abundance in parentheses, 14 Silicon 29 (4.67%), 12 Magnesium 25 (10%),20 Calcium 43 (0.135%), 26 Iron 57 (2.1%). Why are all the nuclides with 100%natural relative abundance odd-even nuclides? For example, 11 sodium 23, 13aluminum 27, 15 phosphorus 31, and 25 manganese 55. The apparently irregularcomposition of the elements of the earth's crust actually has a secret innerconnection, as if there is a black hand that has been manipulating theformation of the elements of the earth's crust".

In response, Prof. Jiao Kefang sought our answer. In our reply tohim, we firstly pointed out that Prof. Jiao Kefang said that there were somediscrepancies in the ordering of the first 12 elements in different sources.Secondly, the ordering of manganese (0.10%) and phosphorus (0.10%) provided byProf. Jiao, the abundance of which is the same as that of 0.10%, is sequential,which indicates that the data are not accurate. The next elements of the order,there may be greater discrepancies, which shows that the so-called"even-even nuclides and odd-even nuclides half and half, none of the oddodd nuclides," the law, not necessarily can be reasoned down. The reason:

1) The abundance of chemical elements in the Earth's crust, wesearched according to Baidu Wikipedia, including five different sources ofinformation to get the results, which indicate that the number of estimateswill change with the different sources of information and estimation methods,so can only be used as a general reference. One of them, in a slightlydifferent order from that provided by Prof. Jiao Kefang, is: 1) Oxygen (46.60%);2) Silicon (27.72%); 3) Aluminum (8.13%); 4) Iron (5.00%); 5) Calcium (3.63%);6) Sodium (2.83%); 7) Potassium (2.59%); 8) Magnesium (2.09%); 9) Titanium(0.44%); 10) Hydrogen ( 0.14%): 11) manganese (0.12%); 12) phosphorus (0.10%).

(2) This ordering provides the difference in abundance betweenmanganese and phosphorus. Secondly, although the ordering of sodium, potassiumand magnesium is different from that of Prof. Jiao Kefang, the top 12 elementsare all the same. What factors affect the formation pattern of the top 12elements, which are the most distributed elements in the earth's crust? As weall know, the famous British mathematician and astronomer Hoyle, solved theproblem of the cosmic origin of the chemical elements, is should be awarded theNobel Prize for science. 1954 he has proved that from helium to carbon theselight elements can be produced in the temperature of 100 million open in thered giant star; 1957 he and Mr. and Mrs. Burbidge, Fowler, the four put forwardthe famous theory of synthesis of the elements of the B2FH; in 1967 Hoyle,Fowler, and the Wagoner collaborated to explain the origin of all the otherlight elements using the Big Bang theory. However, the 1983 Nobel Prize inScience was awarded only to Fowler.

3) The papers we published in 1996, such as "Formulas forCalculating the Mass Spectra of the Elemental Particles of the MatterFamily," partially support Hoyle's hypothesis that the Big Bang theoryexplains the origin of the light elements. Because the formula of the group cancalculate the mass of 61 kinds of elementary particles of the matter family── i.e. 48 kinds of fermions and 13 kinds of canonical bosons one by one,which is exactly based on the big tear model of space-time of the Big Bangwhich is similar to the tearing of the membrane. From Hoyle to the massspectrum of elementary particles formula can illustrate the origin of the lightelements, hydrogen is the simplest light element, but also the periodic tableof all the elements in the atom of the lightest element, as is the Big Bangafter the first origin of the elements, hydrogen has become the crust of theelements of the most widely distributed in the formation of the first 12elements of the abundance of the background of the elements, hydrogen and the sortof the next after hydrogen, included in the distribution of the most widelydistributed in the elements of the Earth's crust The search for the law ofelement formation is no longer meaningful. Therefore, if the first 12 elementsmentioned by Prof. Jiao are deleted from hydrogen, the search for the remaining9 elements such as oxygen, silicon, aluminum, iron, calcium, magnesium, sodium,potassium, titanium or oxygen, silicon, aluminum, iron, calcium, sodium,potassium, magnesium, titanium will not be affected.

(4) As early as January 4 and 5, 2009 "Quantum Informationand Health Shanghai Forum" and around this time, we published severalreports on the principles of the hypothesis of a large earthquake"proposed Large Hadron Collider", and does not deny the extrusion ofthe crustal plate fracture zones, We do not deny that the macroscopicmechanisms of crustal plate rupture zones such as extrusion, collision,misalignment, slippage, etc., similar to the mechanism of volcanic eruption,are objective and decisive, but this is also linked to its microscopicmechanisms and their probabilities.── The scale-free nature of small-scale structures is real, and thevacuum Casimir effect and energy quantum tunneling effect of partial quanta areprecisely the growth poles of the quantum chromatic dynamics of the chemicalindustry. The "energy" borrowed by the quantum tunneling effect isalso similar to the virtual particle, which is also generated by theuncertainty principle and the principle of conservation of energy, and thereturn is also similar to the annihilation of the positive and negative virtualparticle pairs generated by the "decay". It seems that in quantumchromodynamic chemistry, this is a modeling of the Cassimy effect and energytunneling effect involving partons, as a model of the principle of conservationof energy and the principle of uncertainty. The most basic experiment is thevacuum Casimir effect, and the closest and most parsimonious number for thevacuum Casimir effect is "8". Is this a "good proton number"?

(5) "good protonnumber" led to the quantum color-motion geometry "game", JiaoKefang crustal elements nuclide decay conjecture to the climax ── that is, the crustal elements inthe distribution of the largest number of the first nine elements of theformation of the law, is due to billions of years since the crust of theearth's occurrence of the The formation pattern of the top 9 most distributedelements in the earth's crust is due to the chemical "fine-tuning" ofthe quantum chromatic motion of the earth's crust over billions of years due tothe occurrence of billions of earthquakes and volcanic eruptions. This can beexpressed qualitatively and quantitatively through rigorous calculations andanalysis of the geometric hierarchical images of quantum chromatic dynamics,and the laws are obvious.

For example, an oxidation reaction is a reactionbetween a non-metallic element that has an oxygen-like atom and an element thathas a metal-like atom, in which the non-metallic element takes electrons awayfrom the metallic element in a process called "oxidation". Inchemistry, "combustion" refers to a strong oxidation reaction, not areaction without "oxygen". Therefore, the reaction between sodium andchlorine is an oxidation reaction in chemistry. In the case of a fivesided cube connected by a triangle of six proton points, only one pair of flatplates is parallel.

Theparticipation of such quantum chromo-chemical energizers in the"game" of quantum fluctuations in the nucleus enhances the quantumCasimir force effect on the proton structure. As a result of this geometricalstructure, there is a difference between endogenous and exogenous quantumchromodynamic chemistry. Similarly, the 14 protons in the atom of the element"silicon" can form a proton assemblage that looks like a five-sidedcube with a carbon base and an ortho-cube with an oxygen base, respectively. In addition, not carbon and oxygen is calledoxidation reaction, there are such as hydrogen and chlorine reaction, thegeneration of hydrochloric acid, which is also called oxidation reaction. Theatomic bomb explosion is the mass-energy principle, does not belong to thechemical process of electron movement, can not be explained by the commonoxidation and combustion.

(6) from the mathematical deduction of the periodic table of chemical elements,from Galileo's "inclined plane"contact Hawking's "interface", and then to Casimir's"plane", using mathematical descriptions: One point does notconstitute a plane, two points constitute a straight line, three points canconstitute a triangle "plane", six points can constitute a pair ofparallel "planes", before contacting the "Casimir plate effect". That is, each "point" as a chemical element nucleus of aproton, six points correspond to the "carbon", has entered theperiodic table. Is "6" alsoa "good proton number"?

But compared with "8", which is fourpoints forming a quadrilateral "plane", "8" points can forma cube, which is three pairs of parallel "planes"; "8"points are eight protons, corresponding to the "oxygen element"."The "8" points are 8 protons, corresponding to the "oxygenelement". "Oxygen" is the most active chemical element on earththan "carbon", and among all the numbers, only "8" pointscan form three pairs of parallel planes at the same time. Besides, themathematical connection of "quantum undulation effect", combined with"Casimir's plate effect", creates a condensedstring physics similar to the mathematical 0 quantum open and close entangledchips, the periodic table of elements can beformed. That is, here quantum "0", similar to Laozi's"something from nothing" math such as 0 + 0 = 0; 0 + 0 + ... + 0 = 0.Secondly, similar to "quantum entanglement "1 + (-1) = 0 belongs to the principle of arithmetic andalgebraic operations related to the infinite number of naturalnumbers, real numbers, imaginary numbers, complex numbers, such as positive andnegative pairs of addition calculations, involving quantum ups and downs,vacuum ups and downs, and other similar to the Casimir effect contractioneffect of the detection of the phenomenonof Hawking's black hole radiation,similar to the phenomenon of imaginary energy effect,is the counterpart of the observation.

7)i.e. "6" counts as a "good prime number" and "8" is a better "good prime number" ── similarlyThe 8 vertices of a square are the closest and most parsimonious empirical anda priori images of the up-down, left-right, and front-back pairs of Casimireffect flat panels in both the local and global domains. But for all naturalnumbers, including even all real and complex numbers, there are infinitelymany, and since there is only one "8", the probability of 8 in natureis one in infinity, i.e., no such miracle can happen again. This is the atomic nucleus of the proton, accordingto the Casimir plate effect of the series, for the weak force energy researchto decrypt the quantum information principle: the atomic nucleus is not asimple system of strong force, but in the connection with a lot of virtualquantum ups and downs; this is in the atomic nucleus in the internal space,such as then by the outside world put into the weak force energy powderreaction of the "resonance", will be This is a situation on a muchlarger scale than the weak force effect of the nucleus, and it is possible tomeasure the undulations of this type of weak force energy reaction by means ofisotope mass spectrometry and rigorous chromatography-mass spectrometrydetection.

The above study saysthat lead apatite plus copper room temperatureatmospheric pressure superconductivity a class of experiments, its lead (Pb), phosphorus (P), copper (Cu), oxygen (O), and other elements of the atomic nucleus proton number wave function on it:

Lead (Pb-82Z): Z=(3×N)+(4×n)=(3×14)+(4×10)=82

Phosphorus (P-15Z): Z = (3 x N) + (4 xn) = (3 x5) + (4 x0) = 15

Copper (Cu-29Z): Z=(3×N)+(4×n)=(3×7)+(4×2)=29

Oxygen (O-8Z): Z=(3×N)+(4×n)=(3×0)+(4×2)=8

[9. Initial exploration of the mathematics ofsuperconductivity]

Geometric symmetry can be understood as amotion by which a pattern or object shape can remain unchanged. Physicaltheories have similar symmetries, but in physical theories it is not thepattern or object shape that remains unchanged after transformation, but themathematical form of the theory itself.

For example, the physicalimage is the physicist's outline understanding of the physical nature ofcertain phenomena or problems and their evolutionary laws of motion. Thesuperconductivity experiment done by Onnes in 1914 was regarded as a typicalthree-spin image. That is, three-spin quantum numbers, body spin corresponds totemperature, surface spin corresponds to current, line spin corresponds tomagnetic field. The three-spin picture was further used to recognize theunified mechanism of the lattice morphology and transition of superconducting materialsfrom low to high temperatures and from inorganic to organic, where carrierpairs (electron pairs or hole pairs) are essentially a kind of small three-spincircle, and it is the large three-spin circle in the lattice that leads tocarrier pairing. This is analogous to playing the game of flying rings, whichfly out and back, with spin and throwing forces. The electron pairs actuallyform the small three-spin circle, and the phonons are the prime mover thatcreates it and throws it ── Thisis the case for low-temperature superconductivity. With room temperatureatmospheric pressure superconductivity, the situation is much more complicated.

However, the three-spin picture communicateswith all of them and gives a complete and natural interpretation of manysuperconductivity puzzles. The three-spin isimage-wise a two-group Shimei structure, i.e., it contains a loop-likestructure (ψ) and a spin structure (Ω):

Ψ = ψΩ     (9.1)

From the absorption experiments of electromagnetic waves provedthat the electronic energy spectrum of superconductors has an energy gap,according to the BCS theory, its superconducting ground state from theHamiltonian function, which also includes to the leadapatite plus copper experimentsto solve the superconductivity said that the calculations using methods such as density-functional theory(DFT) and GGA+U.

The final equation for the superconducting energy gap, which isvery similar to the BCS theory, is derived, and resistance can occur when anexternal magnetic field penetrates the superconductor in the form of a bundleof lines called a flux line.

Since flux lines are composed of a number of current vortices,they are often referred to as vortices. Of the three spins, vortices are linespins, so the process of figuring out how these line spins move and how theyautomatically align themselves under a wide variety of temperature and magneticfield conditions will be extremely important for controlling this phenomenonand maintaining the state of superconducting current flow.

In fact, scientists have found that these line spins can form someexotic new phases within room temperature, atmospheric pressuresuperconductors, and have had to abandon their original views and develop newhypotheses based on modern concepts of condensed matter physics.

The three-spin image is arguably the first of its kind. Forexample, a grid of warp and woof lines is drawn on a torus-like body, and wecall these grids transposons. If the transposon is moving in a group effect,then the shape and arrangement of its grid pattern is regular. If it is asquare, it can move both left and right and up and down. If it is prismatic, itcannot. Because this horizontal and vertical movement will be tip-to-tip, thetwo diagonal edges at the same time are subjected to pressure, can not movedown neatly, only for oblique movement. This grid shape and the locking of thependulum, the decision transposon movement is the dimensionality, which withthe superconductivity does not depend very much on the superconducting thin layer of three-dimensional coupling between thetwo-dimensional mechanism expressed in connection.

Second, just as playing hula hoops can moveup and down the body, the three-spin image also illustrates this stricttwo-dimensional limitation, in that for an electron pair of such smallthree-spin loops, in the presence of line-spinning streamers crossing theplanes and at temperatures as low as Tc or below, it can also tunnelcoherently from one planar plane to the other through the Josephson effect,whereas it cannot do so for a single electron.

[10. Historical review of the guidance oflk-99]

OnJuly 22, 2023, a team of South Korean researchers submitted a paper on thearXiv platform, a preprint website,[13][14] claiming to have synthesized theworld's first room-temperature atmospheric pressure superconductor.

Firstpaper: We have successfully synthesized for the first time in the world aroom-temperature superconductor (Tc over 400 K, 127 oC) operating atatmospheric pressure with the structure of modified lead apatite (LK-99).Critical temperature (Tc), zero resistivity, critical current (Ic), criticalmagnetic field (Hc), and Meissner effect proved the superconductivity of LK-99.The superconductivity of LK-99 originated from the tiny structural deformationcaused by a slight volume shrinkage (0.48%) rather than external factors suchas temperature and pressure. The shrinkage is caused by the substitution ofCu2+ for Pb2+(2) ions in the Pb(2)-phosphate insulating network and generatesstress. It is simultaneously transferred to the Pb(1) of the cylindricalcolumn, leading to the deformation of the cylindrical column interface, whichresults in the formation of a superconducting quantum well (SQW) at theinterface. The heat capacity results show that the new model is applicable toexplain the superconductivity of LK-99. The unique structure of LK-99 allowsthe tiny twisted structure to be maintained in the interface, which is the mostimportant factor for LK-99 to maintain and display superconductivity at roomtemperature and ambient pressure.

Thesecond thesis: a material named LK-99, a modified lead apatite crystalstructure with the composition Pb10-xCux(PO4)6O(0.9<x<1.1), has been synthesized using solid-state methods. The materialdisplays the ohmic-metallic properties of Pb(6s1) above the superconductingcritical temperature Tc, and the levitation phenomenon of the Meissner effectof superconductors at room temperature and atmospheric pressure below Tc. TheTc of the LK-99 sample exceeds 126.85°C (400 K). Our analysis suggests that thepossible room-temperature superconductivity of this material is attributed totwo main factors: first, the volume contraction due to the insulator-metaltransition by replacing Pb with Cu, and second, the enhanced on-site repulsiveCoulombic interactions due to the deformation of the structure of theone-dimensional (D) chain (Pb2-O1/2-Pb2 along the c-axis) as a result ofsuperconducting condensation at Tc. We discuss the mechanism at roomtemperature Tc in terms of the one-dimensional BR-BCS theory.

LK-99superconducting characteristics [13][14]:

LK-99is made of lead apatite Slightlymodified hexagonal structure, which is claimed to act as a superconductorTheThe Korea Advanced Institute ofScience and Technology (KIST) and a team ofSukbae Lee (이석배배, Sukbae Lee) of theKorea Advanced Institute of Science and Technology (KAIST) have studied thematerial. The research is currently pending replication and peer-reviewedThe

Thechemical composition of LK-99 is approximately Pb9Cu1(PO4)6O, with aboutone-quarter of the Pb2+ replaced by Cu2+ ions compared to pure lead apatite(Pb10(PO4)6O). The researchers claim that utilizing Cu2+ions (87picometers ) to partially replacethe 133 picometersof Pb2+ ions can reduce the volume of the material by 0.48%, thus creatinginternal stresses within the material.

Itis claimed that this internal stress would be in phosphate([PO4]3-) within Pb(I) and oxygen to produce aheterojunction quantum wellswhich results in a superconducting quantum well (SQW). Li Shipei et al. claimedthat when using chemical vapor depositionLK-99 was applied to non-magnetic copper samples, LK-99 showed complete antimagnetic( Meissner effect).

Purelead apatite is an insulator, but Li Shipei et al. claim that the copper-doped lead apatite forming LK-99is a superconductor, or at higher temperatures ametal .

TheLK-99 material was synthesized as follows [13][14]:

Lead(II)oxide is synthesized by combining lead(II) oxide(PbO) and lead(II) sulfate(Pb(SO4)) powders were mixed 50%/50% and then heated at 725°C (998 K; 1,337°F)for 24 hours to produce pyrrhotite.

PbO+Pb(SO4)→Pb2(SO4)O

Copper phosphide(Cu3P) is produced by converting thecopper (Cu) andphosphorus (P) powders in asealed tube at 10-3 Torr Vacuum andheated at 550°C (820 K; 1,000°F) for 48 hours to obtain the

Cu+P→Cu3P

Pyriteand phosphatized cuprous crystals were ground to powder, mixed in a 1:1 molarratio, placed in a sealed tube under vacuum 10-3 torr, and heated to 925°C(1,198 K; 1,697°F) for 10 hours to obtain LK-99.

Pb2(SO4)O+Cu3P→Pb10-xCux(PO4)6O+S(g)↑, where (0.9<x<1.1)

[11.Theory of superconductivity of space-time steps]