• [deleted]

Dear Christian,

I greatly agree with your comment that "Realizing a complete theory of quantum gravity, which will unify general relativity and quantum mechanics, is unanimously considered one of the most important tasks which steers the future of science in general and of theoretical physics in particular. In fact, such a fundamental result will steer humanity towards a better understanding of the universe" as well as in the endnote when you said, "obtaining an ultimate theory of quantum gravity will represent a cornerstone for our understanding of the fundamental laws of nature."

The Black Hole Information Paradox has been solved. It is a rather simple solution. The solution is that matter falling into a Black Hole converts into Space, causing the accelerated expansion of the universe. It comes back to the Conservation of Energy, which states that energy cannot be created or destroyed, only transformed. Black holes are the transformation of matter to an inverse state of energy that is subspace (otherwise known as the Aether). Much Electromagnetics is based upon the Aether such as Maxwell's Equations that contain the Parameters of Space. See the c-constant is defined by the Parameters of Space. Did you know that the Magnetic Constant was arbitrarily set to 4PI x 10^-7 m*kg*s^-2*A^-2. The 4PI was half of 8PI and the 10^-7 comes from a decimal shift in the definition of the meter. A meter is One Ten-Millionth (10^7) the arclength of a quadrant of the earth's Meridean. Actually the Magnetic Constant is not constant and neither is the speed-of-light. While the c-constant is an Energy Constant (like a natural base-unit), the speed-of-light entirely depends upon the Parameters of Space. What we call Gravitational Lensing is actually Gravitational Refraction. Light passing through a gravitational field slows down and curves its pathway just like light passing through a glass of water (which has a high refractive index). The Parameters of Space are symmetrical inverses of Space and Time, which are based upon wavelength and frequency. The string in String Theory is the photon and an Electron is a ball of string that vibrates and rotates. The Photon is the fundamental component of all Matter and Space.

The reason that I know so much about this is because I derived the Unified Field Equation. First I linked Mass-Energy Equivalence to the Lorentz transformations of Mass-Increase and Time-Dilation to form the Tuck-Einstein Equation as Energy = (Space * Mass * Time) / (1 - (v^2/c^2))^0.5, where the variables of Space and Time are initialized by the c-constant. This Multivariate Calculus equation not only mathematically finishes the equation of Special Relativity, it correctly replaces the Dirac Equation of Quantum Mechanics. In fact, Maxwell's Wave Equation is a Partial Differential Equation of inverse form using fields. Finally, I integrated a variant of Ampère's Force Law with the right-hand side of Einstein's Field Equation of Gravitation (throwing out the Riemann Geometry). However, the inverse form of this equation was even more interesting because it is the Quantum Entropic Force Equation.

Physicists made a lot of mistakes in Science. For starters, they use Partial Differential Equations that are little more than approximations and wonder why they run into singularities and infinities. If they had all the variables then they would have much simpler Multivariate Calculus Equations. Instead they use mathematical tricks like Perturbation and Renormalization. They also don't treat Time correctly as a kinetic-energy but rather as a spatial coordinate that leads to Light-Cone mapping and Imaginary Numbers. Then don't get me started on the flawed Logical Positivism used in conventional Quantum Mechanics. The universe is Deterministic. I don't know why probability was favored when all probability is based upon a deterministic systems.

I applaud your use of the Bohr Model as I am successfully applying it relativistically to the atom. It is interesting to see things like Keplar's Law of Areas for Planitary Motion at the Quantum Level. Now that I am understanding the Electron Magnetic Dipole Moment and seeing large-scale Electromagnetic phenomena rooted in Quantum Mechanics, I am posed to model an atom (with accurate electron spin and orbital motion) and hopefully move on to the Chemical Reactions and Biological Interactions of molecules. You can view a summery of my scientific work in Theoretical Physics in the essay "How Should Humanity Steer the Future by Stephen Tuck."

    Dear Stuart,

    Thanks for your comments with interesting questions.

    1) Actually, I use Bohr's Correspondence Principle in this Essay, which enables an accurate semi-classical analysis for large values of the principal quantum number n, and independently from the other quantum numbers. Thus, I cannot distinguish particles at this semi-classical level. In order to consider the graviton we need to quantize the model in the full theory of general relativity, or, at least, we should understand the character of QNMs for small n, where dependence from the other quantum numbers is important.

    2) I think the only possibility is to refine experiments concerning potential observation of Hawking radiation taking into account the black hole back reaction.

    3) In my personal opinion, the problem with Dark Energy and Dark Matter is purely classical. The key point is that the total energy depends on coordinates in general relativity and in other metric theories of gravity. This is due to Einstein Equivalence Principle, which implies that one can always choice a reference frame, the one of the free falling observer, where the gravitational field is always null. This implies that, although the gravitational energy has a global contribute, we cannot localize it. A possible alternative to Dark Energy and Dark Matter is that general relativity could need modifies at large scales.

    I have no access to International Journal of Geometric Methods in Modern Physics, but I have read the title of your paper which is very interesting and explains the reason of your above questions. Can you send me a pdf copy of it via email? Thanks, I am also going to read your Essay.

    Cheers, Ch.

    Dear Joe,

    Thanks for finding my Essay thrilling to read.

    I have one minor quibble to your statements too. I disagree with the issue that Einstein was completely wrong. In any case, I am going to read your Essay in order to have more informations on your INERT LIGHT THEORY.

    Thanks again.

    Cheers, Ch.

    Dear Stephen,

    Thanks for your positive judgement on some statements of my Essay and for applauding my use of the Bohr Model. I agree with you that the universe is deterministic. I will analyse your Unified Field Equation as I am going to read your Essay soon.

    Thanks again.

    Cheers, Ch.

    • [deleted]

    Dear Christian,

    Thank you, I don't always get such a cordial response from academics. Quite frankly, I don't see a Theoretical Physicist with a career admitting the possibility that someone has discovered the Unified Field Equation. After all, most make it their life-long pursuit that is just outside the grasp of human understanding. Personally, I see new opportunities for Physicists to branch into the Physics of Chemistry and Biology through such unification. I believe that it will mean working on things of even greater precision and complexity, which will drive innovation within the commercial industry. I will give you more information that would be beneficial towards your task of verifying my Unified Field Equation. I can supply you with whatever you need. The derivation and integrations are relatively straightforward. I think the real proof is in crunching numbers with the equation. The easiest way to do this is with an Equation Solver. It is a tool that I use extensively myself. You can enter the text version of the equation (as supplied in my paper) into a Texas Instruments calculator or if you use an iPhone like me, you can use Formulaic. You may already have your own (I don't know). The Energy, Mass, and c-constant are all pretty basic physics. You would want to use the earth's mass and energy for one of the objects and then use the mass and energy of another object like for instance a 1 kg calibration weight. I personally like using the Tuck-Einstein Equation, but it takes a special procedure to get the energy from Time-Dilation to shift into the Mass-Increase. It is likely because I am working two equations simultaneously within that integration (that map within the range of c^2) and have to work within the limitations of current equation solvers. The q-variable is equivocal to PI in the Equation of Everything because it is dealing with the Quantum Level. It is similar to how the Velocity-variable in the equation within my paper is the Frequency of the Electron (which matches the size of an Electron in comparison to the Electromagnetic Spectrum; see Wikipedia for an EM Spectrum Chart). The Radius is 1 (or unity in the initial non-adjusted equation) and then you might start with Velocity as zero. You will get PI^2 for the Force, which is based upon a Perfectly Spherical Earth. You should look at the Inverse Form of the Equation which is the Quantum Entropic Force Equation (which I supplied variable values). It seems to contain a quantum version of the Lorentz Force Equation on the left-hand side. You might be interested to know that I was able to integrate Ampère's Force Law and Einstein's Field Equation through the Parameters of Space (specifically 2X the Magnetic Constant; 2 micro-0). There is a lot of evidence that supports this equation as being correct. I have even been able to map fermions to a subset of the Electromagnetic Spectrum for Temperature. You should see where I link the values of Farads and Microgaussians to the Fermion Temperature Range of the EM Spectrum. However, my explaination of charge being Rotational Kinetic-Energy equal to 2PI Radians (1 rotation) and what the 8PI in Einstein's Field Equation represents should go a long way in understanding. I think the fact that all the mathematics fits flawlessly together and that Inverse Equation Forms are themselves other Physical Laws of the Universe proves a lot in and of itself. If I had not derived the Tuck-Einstein Equation then I couldn't have integrated the equations because of the substitution required. Now I have even figured out how Elementary Charge comes from the Electron Spin Moment. This is hidden by the fact that the Coulomb was arbitrarily increased by 10^4 and the Tesla was shifted by 10^-4. This is due to their mathematical relationship in Lorentz Force Law that states, "a particle carrying a charge of 1 Coulomb that is passing through a magnetic field of 1 Tesla at a speed of 1 meter per second perpendicular to the field experiences a force with a magnitude of 1 Newton." I tried to include a lot of my mathematical work into that paper so it should be an interesting read for someone of your great knowledge and experience. Anyways, I really hope you will give my work a fair and honest review!

    Best Regards,

    Stephen Tuck

    Dear Christian,

    This is Stephen again. I have given your essay a very high rating. I release you from the obligation of publically reviewing my essay if you decide that it would be in your best interest not to comment. If I were wrong then there would be nothing to worry about since I would be just another crank claiming the impossible. However, assuming I am right then it places a career-minded Ph.D. such as yourself in a precarious predicament of having to chose between embracing or denying such an accomplishment. I can tell you that I have worked incredibly hard for several years now and it has brought me nothing by knowledge and a certain amount of pride. I don't see a way for someone like myself to receive any type of recognition, funding, or support for my work in Theoretical Physics. I feel like I am on the verge of making incredible breakthroughs in modeling the dynamics of atoms and molecules as well as Chemical and Biological Interactions. I was hoping that I could convince a biotech company of the technological advancements I could achieve in mathematically decoding the finctionality of Recumbent DNA Nucleotides. Ultimately that's where I would like to see my scientific work advance because of the great beauty and complexity that is within the processes of biological organisms.

    On a cautionary note, your colleagues would probably not like me too much. I have entirely disproved the Higgs Mechanism. I figured that they would try something like that some months before the Higgs Boson announcement. Spontaneous Symmetry Breaking explains nothing. What really gives rise to mass is the same mechanism that causes a relativistic Mass-Increase, which is the Lorentz Mechanism. Mass is due to an increase in Wavelength or Photonic-String Length. In the Lorentz transformation, frequency-energy is converted into wavelength or mass. I have been able to explain the seasonal aberration in the Gravitational Constant by noting that our orbit is elliptical, which means that our velocity changes along the earth's orbit. This small change in velocity does affect the Mass of objects through this mechanism. If you would like to contact me confidentially in private, you may email me through gmail as my username is stephentuck25. Thank you for your consideration.

    Sincerely,

    Stephen Tuck

    Dear Christian,

    It occurs to me that the present theory of black holes still applies to elementary particles, which are essentially indivisible.

    The exponential form I find for the relativistic gravitational potential energy function comes from the nonlinearity of special relativity when merging two objects to form a larger object. That is to say, my theory probably deals only with aggregate matter, not particles or anything at the Planck scale.

    As the aggregate problem may not be worth trying to quantize, it seems less interesting even to me, although it still makes a nice prediction.

    If any one has ideas or questions please let me know at my essay, Democracy of the dice people

    Why quantize gravity? It could be the best way to get off this planet, which seems to be the theme of many essays.

    With greatest respect,

    Colin

    Ch

    Have you tried to apply Wannier functions to your model? That is considering an orbiting particle like an electron moving in the presence of noise in solid state physics. If you try that I think you get airy coeffiencts Ai(r) inwhich the higher quantum numbers are close to the source of gravity.This is the basis of my quantum theory of gravity inwhich I see the Wannier functions as a spacetime wave packet.

    Best regards

    Stuart

      Dear Stephen,

      Thanks for endorsing my Essay. I will have no problem in reviewing commenting and rating your Essay. I will do it in next days. I won the FQXi Community Rating of the 2013 FQXi Essay Contest with the highest Community Rating in the history of FQXi Essay Contests, but, for the first time, the FQXi Judges did not awarded the Community Rating Winner while they awarded two Essays which were completely wrong to say the least, and were pure rubbish in a full serious judgement.This is due to the issue that I have no political connections while the authors of the two cited Essays have strong political connections. Thus, I am not interested in "political issues".

      Cheers, Ch.

      I think the expert judges are aware of trolling activity and will judge your essay according to its merit so don't be concerned with trolls throwing mud at you it won't stick!

      Trolls could be folks who have had their pet theories rejected by journals and may have an axe to grind with anyone in the academia. They will consider it their lucky day if you happen to be an editor of a scientific journal!

      regards

      Stuart

      Hi Stuart,

      Your idea to apply Wannier functions to my model looks intriguing. Give me a bit of time to read your paper published in International Journal of Geometric Methods in Modern Physics and we could try to write a joined paper on this issue. You could also be interested to the time evolution of my model here. It is an improved version of my 2013 FQXi Essay, which won the FQXi Community Rating of the 2013 FQXi Essay Contest with the highest Community Rating in the history of FQXi Essay Contests. Strangely and for the first time in FQXi Essay Contests, it has not be awarded by the FQXi Judges.

      Cheers, Ch.

      Dear Stuart,

      I hoped that expert judges were impartial and judged your essay according to its merit till last year. In fact, I won the FQXi Community Rating of the 2013 FQXi Essay Contest with the highest Community Rating in the history of FQXi Essay Contests, but, for the first time, the FQXi Judges did not awarded the Community Rating Winner while they awarded two Essays which were completely wrong to say the least, and were pure rubbish in a full serious judgement.This is due to the issue that I have no political connections while the authors of the two cited Essays have strong political connections. My attorney at law is discussing this issue with FQXi.I hope in a better meritocracy system this year.

      Cheers, Ch.

      The main point here is that the entropy of a black hole is S ~ A/4 + ln(A) + ..., where the area A ~ M^2 is such that for large M this is essentially the Bekenstein bound S = A/4. The logarithmic part is much smaller that the A/4 for the mass large. For tiny black holes the logarithmic part becomes significant. This part of the formula and the rest is what is of interest.

      There is an underlying physical meaning to this. The Bekenstein bound is based on the idea that quantum phases of Hawking radiation are random. Bekenstein formulated this as a black hole form of black body radiation by counting up harmonic oscillators. The phases of oscillators are ignored or considered to be random. This was carried further by Hawking with his estimate of the back reaction of the black hole with the emission of radiation. When the black hole becomes very small so that its mass is less than ~ 10^3M_p this approximation begins to fail. The phase of the oscillators on the horizon of the BH is entangled with the Hawking radiation and its physics is more prevalent

      An approximate form of the partition function of states on the black hole horizon is

      Z = sum_n e^{-E}p(n)

      for p(n) ~ e^{sqrt{n}ОІ} as n --- > в€ћ. The E = GM^2ОІ is the energy distribution of states and p(n) is the degeneracy of states. This little part with the number n ~ A is responsible for that ln(A) term I think.

      This work hints at a deep connection between the degeneracy of states on a black hole as an integer partition and the density of states on a string. The scattering of two closed strings, with graviton modes, gives an intermediate state of a black hole that decays into a spray of particles (strings) that are the Hawking radiation. This seems to indicate a connection between string theory and LQG, where LQG gives the constraint condition for physical states.

      Cheers LC

      Dear LC,

      Your statement that "The phase of the oscillators on the horizon of the BH is entangled with the Hawking radiation" is exactly the solution of the entanglement problem connected with the information paradox. As such oscillations are QNMs, this mean that Hawking quanta are entangled with such QNMs. In other words, all the information from the black hole is NOT destroyed, but it is encoded in eq. (36) of my last year Essay instead. In my opinion, the 2013 FQXi Judges failed to understand this key point and this is one of the reasons because they rejected my 2013 Essay.

      Cheers, Ch.

        Christian,

        You're aware I certainly agree that all the information entering a black hole re-emerges. In my view as the significant 'AGN' outflows, mostly re-ionized, but I see no inconsistency with the description you utilise. Do you?

        I suspect there may have been more reason for the passing over of your essay last year than just failed understanding of BH information retention. You've done an excellent job again, and at least clarified that point. I do hope it gets more recognition.

        I prefer a mode pedagogical approach but see you may have perceived the need to include comprehensive mathematics to satisfy questioning by the judges. I do hope that works and doesn't compromise popular peer scoring support. Certainly I think it worth the same good score as last years and hope it does well. I see it's been badly 'trolled', as has mine, but a troll can only hit once.

        I look forward to your valuable advice on my own, deriving the predictions of QM from a classical mechanism, circumventing Bells theorem, but in a less 'scientific paper' style to hopefully allow Joe average an insight into a logical version of QM and convergence with SR.

        Best of luck in the contest.

        Peter

          Hi Peter,

          Nice to re-meet you here.Thanks for your kind words on my Essay. Yes, I agree with you that there may have been more reasons for the passing over of my essay last year than just failed understanding of BH information retention. I suspect that there were "political reasons".

          OK, I am going to read, comment and score your Essay in next days. Best of luck in the contest also to you.

          Cheers,

          Ch.

          First off I found the following essay very interesting. I gave this a 9, and while that pulls the essay way ahead of the rest of ours this hits a lot of nails on the head. It has nothing to do with physics, but with sociopaths (he calls psychopaths) in power as psychocracy. Due to personal circumstances I have almost an advanced degree in the psychology of sociopaths.

          The deviation from the Bekenstein bound is due to I think an error correction code system. The interior of black holes is entangled with the exterior, and this leads to troubles with quantum information. The old standby idea of the EPR particle pair near the horizon implying that Hawking radiation entanglement with the BH means the BH runs out of quantum information at about half its mass, or with certain modifications at the Page time. The additional quantum entanglement with the interior permits a quantum error correction code (ECC) to run, but this runs into troubles as the number of occupation states with the Hilbert space for the ECC increases beyond the Bekenstein bound.

          The interior spacetime of the BH has curious properties, such as winding of geodesics that are on Cauchy horizons. From an information mechanics perspective it means this is a hyper-Turning machine. This quantum machine can compute second order λ-calculus, which is beyond the power of Turing machines or quantum computers. There is an entanglement between these states and the exterior. The exterior states are ordinary quantum machines, but their limited power is entangled with a second order λ-calculus system. This makes the system an "open system" which is able to overcome the problem of the ECC limitation.

          I'll send some references to ideas along these lines.

          Cheers LC

          Thanks LC, I am going to read the suggested Essay. I also look forward to see the cited references.

          Cheers, Ch.

          Dear professor Corda,

          The solution of the almost insurmountable problem of unifying SR and quantum physics is surely one of the corner stones for humanity to build a new comprehension of our reality.

          Your progressive thinking is surely helping us further forward, together with Stephen Hawking and the new perception of Carlo Rovelli (Planck Stars as the core of Black holes) I think we make an approach to a fresh way of thinking.

          I thank you for your submission and hope that there will be this time more understanding for your insurgent thinking.

          I also thank you for your comprehensive comment on my essay.

          good luck this time with the FQXi judges.

          Wilhelmus

            Dear Wilhelmus,

            Thanks for your kind words on my Essay. Yes, I think that the approach of quasi-normal modes by myself and collaborators and the approach of Planck Stars by Rovelli and collaborators are both important and open new perspectives in quantum gravity. Maybe that approaches could have some common point.

            Thanks again and best luck for the Contest.

            Cheers, Ch.