gio06 Verified User
  • Member since Oct 10th 2014

Posts by gio06


    This kind of very fast capacitance discharges is also present in Correa devices


    https://patents.google.com/patent/WO1994003918A1

    All these discussions arise from the fact that in mainstream physics there is no clear relation between the concepts of mass, momentum, charge, magnetic momentum, magnetic flux and spin. These are considered primitive properties of an abstract pointshaped entity.
    This confusion arises mainly from the serious mistake of not having recognized the fundamental role of the vector potential, relegating it to a mere calculation tool. Both the electron and the photon have a relativistic mass equal to their energy-frequency. Using natural units, the elementary electric charge is nothing more than a dimensionless constant (equal to the square root of the fine structure constant) which allows the electric potentials to be converted into momentum-energy vectors.

    from Conduction state transition induced by solitons in a graphene junction at room temperature

    "In the books 'The Physics Delusion - the urgent need to reinterpret modern physics -' and 'Superconductions at Room Temperature without Cooper Pairs', the author, Johan F Prins, describes an experiment where a superconducting bond made up exclusively of electrons is created at room temperature between two tiny diamond electrodes separated by a gap of many microns [79]. This kind of superconductivity obviously cannot be modeled by the widely accepted BCS theory of Cooper pairs. In the latest book [9], the author writes [pp. 304–305]: 'I was forced to conclude that the stable phase which forms between the two interfaces has to consist entirely of electrons. There is no other experimental explanation, and one must believe experimental evidence'. Surprisingly this bond is stable and does not disappear when there is no potential difference between the electrodes even when the potential is reversed. This behavior has also been observed in our experiment. This scenario rises however a key question: How is it possible that a structure consisting exclusively of electrons can be stable despite Coulomb repulsion?

    Prins recognizes the importance of this problem writing [9]: 'why does it remain stable when the power supply is switched off?' 'There must be some other mechanism. This mechanism should also explain why the electrons do not repeal each other and 'fly out of the gap' when switching off the applied potential.' 'I have discovered this mechanism and found that it relates to the formation of a single macro-wave'."

    “If you wish to become a philosopher, the first thing to realise is that most people go through life with a whole world of beliefs that have no sort of rational justification, and that one man’s world of beliefs is apt to be incompatible with another man’s, so that they cannot both be right. People’s opinions are mainly designed to make them feel comfortable; truth, for most people is a secondary consideration.”

    Bertrand Russell, The Art of Philosophizing and other Essays (1942)

    This is a key point that shows also the fundamental role of Ehrenberg-Siday-Aharonov-Bohm relations. Zitterbewegung radius curvature, mass, angular speed and electromagnetic potentials are different faces of the same entity.

    What is complex is the interpretation of the observations in the "deep inelastic scattering" experiments. This does not necessarily imply a complex proton structure.

    It is like trying to understand the structure of a glass beaker by shooting it with a gun and studying the fragments produced.


    "Proof that the proton contains multitudes came from the Stanford Linear Accelerator Center (SLAC) in 1967. In earlier experiments, researchers had pelted it with electrons and watched them ricochet off like billiard balls. But SLAC could hurl electrons more forcefully, and researchers saw that they bounced back differently. The electrons were hitting the proton hard enough to shatter it — a process called deep inelastic scattering"

    Well, i have always thought that time was correlated with the spatial variation.

    After all, everything that grows (or shrinks :D ) around us does so over time.

    So a 3d,t vision seems right, however why only one time and not 3t because 3d ?

    This relation d vs t troubles me a lot and makes me say that this "3d" dimensional space seems anisotropic to work well and that is the main thing we should understand better.

    In Minkowski spacetime [with signature(+++-)] you have six planes. So you can encode at same time in the same spinor both ordinary rotations (in the 3 pure spatial planes xy yz xz planes) and hyperbolic rotations (Lorentz transformations) in the other 3 planes (xt, yt, zt) planes.

    I am commenting on your statement in a strange way ... But if you read this material to the end, then it seems to me that you will understand what is at stake. -

    Answer Cherepanov A.I. Elena Arkhipova and Vladimir Yashkardin October 28, 2022 – https://docs.google.com/file/d…UNlwxkJz/edit?usp=sharing

    Answer Cherepanov A.I. Elena Arkhipova and Vladimir Yashkardin October 28, 2022 – https://cloud.mail.ru/public/6Qw5/zdeQZX4q8

    "We have just fixed the fact that "e" is a dimensionless quantity - it must be a dimensionless quantity"

    Using natural units (hbar=c=1) the elementary charge e is a dimensionless constant (i.e. a pure number) with a value of 0.085424546, It's related to the internal geometry of the elementary particles.

    Its square is just the fine structure constant α. Even mass is not a primitive concept but has the dimension of the inverse of a length.

    Consequently the "Coulomb force" between two elementary particles has always the simple form ±α/d2

    how do the huge 'magnetic forces' hold a single proton together

    what keeps the torus stable?

    I look forward to your answer..with calculations if possible

    The stability is determined by an appropriate stationary Action condition. The relative Lagrangian L for Aharonov-Bohm electrodynamics is very simple:

    dφ = eA . cdt = eVdt

    dφ/dt = eA = eV = m = 1/Rpp

    L = eA . c - eV = 0

    The curvatures of the trajectory are determined by the Lorentz forces generated by a magnetic flux ΦM= h/e. Elementary charges are always associated at microscopic level to this magnetic flux.

    The "strong force" is a good example of Occam's razor violation. Why is it necessary to invoke another kind of force in an environment with huge magnetic forces? Moreover, the coulomb repulsion between charges that move parallelly at speed of light can be fully balanced by the Lorentz force.


    https://www.lenr-canr.org/acrobat/CookNmodelsofth.pdf
    https://www.researchgate.net/publication/328701802_A_SOLUTION_TO_THE_80_YEARS_OLD_PROBLEM_OF_THE_NUCLEAR_FORCE

    The magnetic forces that hold it together have an interesting dependency on radial distance

    I look forward to seeing your ideas on that..

    Perhap they are not as colourful as the 2004 Nobel Prize winners' explanation..


    https://www.nobelprize.org/pri…ysics/2004/press-release/

    the proton magnetic moment is not explicitly calculated

    but you use a 3D major torus radius of 0:5873608214 10-15m

    ....

    1.proton mass calculation

    2.."strong force" calculation

    The proton magnetic moment is computed multiplying the toroidal component of the current Ipt =(alpha/2pi)Apt for the enclosed area pi*Rpt^2. Apt is the toroidal component of the charge vector potential (mv/e=Apt) and Rpt is the major radius. m is the proton mass and v the toroidal component of the charge speed c.

    The proton mass is simply the inverse of the minor radius in natural units. m=1/rpp=eAp

    The strong force is an attractive magnetic force between the nucleons.

    I guess the toroidal volume for the "OccamRazor" proton is 3D

    The toroid enclosed by the trajectory is 3d but the charge's time coordinate t (4th dimension) is characterized by a specific period T (De Broglie period) and by an angle 2pi*t/T that is the charge Zittrebewegung phase. The time derivative of this angle is equal, in natural units, to the proton mass and to the module of the charge momentum p=eA=mc

    This is at least the third time here the proton gets shaved by Occam. Unluckily its nothing new and based on classic SM fantasy. There is no moving charge in a proton a fact you only grasp if you understand the true structure of matter.

    Classic charge needs a carrier = mass what excludes light speed. Also a spherical charge topology can be ruled out as spheres are not stable (you need a force to bend the charge...) .

    This means only that you haven't read the pre-print!

    "classic SM" ? really ?