Here are the github repository links for this project:
Repositories
https://github.com/ny2292000/CMB_HU
https://github.com/ny2292000/HU_GalaxyPackage
https://github.com/ny2292000/HU_Papers
The Hypergeometrical Universe Theory (HU) introduces a radical new perspective on cosmology, quantum mechanics, and classical forces by challenging conventional frameworks like General Relativity, the Big Bang model, and the Standard Model of particle physics. Below is an extensive overview of HU’s revolutionary achievements and how it redefines our understanding of the universe and its fundamental laws.
1. Foundational Concepts of HU
- Lightspeed Expanding Hyperspherical Universe (LEHU): HU proposes that the universe is a hyperspherical hypersurface expanding at the speed of light in a 4D spatial manifold. This model eliminates the need for constructs such as dark matter, dark energy, and inflation, by explaining cosmic phenomena with inherent structural properties.
- Absolute Reference Frame (ARF): HU posits an absolute frame in a 4D spatial context, applying Lorentz transformations directly to reciprocal space (wavelength and period), not spacetime, thus reinterpreting relativistic effects.
- Quantum Trinity: HU replaces the traditional particle-wave dualism with a trinity comprising the Fundamental Dilator (FD), the dilaton field (4D metric waves), and the Quantum Lagrangian Principle (QLP). The FD acts as a wave generator, creating metric waves that modulate space.
2. Fundamental Matter and Forces Redefined
- Fundamental Dilator and Quantum Lagrangian Principle: Particles in HU are not static; they are shapeshifting deformations of space that interact through metric waves. The QLP is the sole governing principle, replacing Newton's laws by stipulating that FDs travel radially at lightspeed, always aligning spatial dilation in phase with the local dilaton field.
- Gravitation and Electromagnetism as Unified Forces: HU interprets gravitation as a form of Van der Waals force, with the dilaton field oscillating at a high frequency (~10^{24} Hz). This unification allows HU to model gravitational and electromagnetic forces with identical structural dynamics, enabling new applications in fields like magnetic confinement and space propulsion.
3. The Big Pop Cosmogenesis and the Nature of the Universe
- Big Pop vs. Big Bang: HU’s "Big Pop" cosmogenesis circumvents the singularity problem by proposing that the universe began with a spontaneous metric fluctuation, governed by the Heisenberg Uncertainty Principle. This fluctuation evolved without infinite energy or density, avoiding the complex eight-step Big Bang model.
- Stroboscopic Universe and Quantized Absolute Time: HU suggests that time perception is quantized through the tunneling frequency of the FD, creating a "stroboscopic" universe that aligns physical processes with discrete time intervals.
4. Resolutions to Key Cosmological Puzzles
- Horizon Problem: By beginning with a hyperspherical, homogeneously dense "Blackholium" state, HU provides a straightforward explanation for the observed isotropy of the Cosmic Microwave Background (CMB) without the need for inflation.
- Galaxy Rotation Curves and Early Galaxy Formation: HU accounts for galaxy dynamics and distribution using specific mass distributions and cosmic structures, explaining phenomena traditionally attributed to dark matter.
5. Experimental Testability
- Calorimetry and the Absolute Reference Frame: HU’s ARF hypothesis implies that kinetic energy has an upper cap dependent on mass as velocity approaches the speed of light. Experimental tests using calorimetry in particle accelerators could reveal energy deposition discrepancies, offering a tangible way to validate HU over traditional relativity.
- Spacecraft Shielding for Relativistic Travel: HU’s ARF predictions include a "shielding effect" for particles near lightspeed, which could revolutionize space travel by reducing particle interactions at high velocities, potentially enabling interstellar exploration.
6. Implications for Quantum Mechanics and Particle Physics
- Replacement of Particle-Wave Duality: HU proposes that particles are wave generators interacting with their self-generated metric waves according to the QLP. This provides a deterministic framework for particle behavior, as opposed to the probabilistic interpretations of quantum mechanics.
- Non-Perturbative Quantum Chromodynamics (HU-QCD): HU maps its particle model to the Pati-Salam SU(4) model, providing a non-perturbative approach to QCD and suggesting new insights into the strong force without resorting to complex integral functionals.
7. Revolutionary Applications and Future Potential
- Astrophysical and Engineering Advancements: The HU model has profound implications for astrophysics and engineering, particularly in magnetic confinement, stellarator design, and advanced space propulsion systems.
- Predictive Power and Beyond Standard Models: By deriving natural laws from first principles, HU offers predictive solutions that traditional models do not, such as epoch-dependent gravitational constants and explanations for the Faint Sun Paradox.
8. Early Galaxy Formation and JWST Observations
- Explanation for Early Galaxies: HU offers a framework for understanding the early formation of galaxies without invoking dark matter. The theory proposes that galaxies form due to specific, inherent mass distributions dictated by the 4D spatial geometry of the universe, allowing galaxies to coalesce and rotate without the gravitational support of hypothetical dark matter.
- Alignment with JWST Observations: Recent James Webb Space Telescope (JWST) data has shown galaxies at high redshifts that challenge conventional timelines of formation. HU’s initial homogeneous density distribution and evolving mass structures provide a mechanism to account for the existence of mature galaxies in early cosmic epochs, making it highly compatible with the JWST findings.
9. Faint Young Sun Paradox and a Path to Other Stars
- Resolution of the Faint Young Sun Paradox: HU explains that the gravitational constant G varies inversely with the 4D radius of the universe. In early epochs, this variable G would have contributed to stronger gravitational forces, allowing stars like the Sun to be hotter than expected, which sustains conditions conducive to early life on Earth despite a weaker intrinsic luminosity. This dynamic G thus provides a natural resolution to the Faint Young Sun Paradox without additional astrophysical mechanisms.
- Interstellar Travel Using HU Principles: HU’s model for hydrogen “rain” offers a novel propulsion approach, enabling a spacecraft to reach velocities near 1000 km/s by harnessing high-energy hydrogen streams. These streams could be used to sustain fusion reactions far from the Sun, effectively creating a pathway to other stars using the Sun’s gravitational field and particle environment as a launch assist.
10. Gravitation as a Van der Waals Force Unified with Electromagnetism
- Non-Distinction from Electromagnetic Forces: HU reinterprets gravitation as a secondary or Van der Waals-like force, not fundamentally distinct from electromagnetism. According to HU, gravitation arises from the dilaton field at a frequency of 10^{24} Hz, generated by neutral atoms (like hydrogen) that create an oscillating field at the level of fundamental dilators. This reinterpretation unifies gravity and electromagnetism without requiring additional field constructs or hypothetical particles, paving the way for simpler, more unified theories of force.
11. Discovery of the Natural Frequency of Space Deformations
- Intrinsic Space Deformation Frequency: HU identifies a natural frequency for space deformations, which is intrinsic to its metric waves (dilaton field). This frequency, on the order of 10^{24} Hz, is responsible for the propagation of gravitational and electromagnetic forces. The high-frequency oscillation leads to the “screening” effects observed in gravity, explaining why gravitational interactions are significantly weaker than electromagnetic ones. This discovery points toward new ways of detecting gravitational waves and understanding their propagation across the universe.
12. Single-Field Description of Reality and the Introduction of the Cosmological Clock
- Unified Field through the Dilaton Field: HU proposes that the dilaton field—a 4D metric wave—serves as the single fundamental field from which all forces, including gravity and electromagnetism, emerge. Particles generate metric waves (dilaton waves), creating interference patterns that explain classical and quantum phenomena alike, effectively reducing all interactions to manifestations of a single, coherent field.
- Cosmological Clock via Fundamental Dilator Tunneling: HU introduces a universal timekeeper in the form of the Fundamental Dilator Tunneling, a process that represents the absolute time quantization of the universe. This “Cosmological Clock” aligns all particles with the periodic nature of the dilator coherence, ensuring consistent time measurements across reference frames.
- Derivations of Observed Phenomena: HU provides explicit derivations of natural laws using its single-field structure, which are computed through Sympy Python scripts for verification. This includes:
- Planetary Perihelion Precession Rates: HU accurately reproduces observed perihelion precession in planetary orbits without needing general relativistic corrections, indicating that perihelion precession is a result of the inherent dilaton field interactions.
- Gravitational Lensing: HU explains gravitational lensing as a bending of metric waves within the 4D manifold, with no additional field curvatures.
- Binary Quasar Gravitational Power Irradiation: This is explained through the energy transfer mechanisms embedded in the dilaton field’s 4D interactions.
- Gravitational Poynting Vectors and Magnetism: HU derives gravitational Poynting vectors and gravitational magnetism from first principles, linking them directly to the natural frequency and properties of the dilaton field.
HU’s unified field theory not only accounts for these classical and relativistic phenomena but also does so through concise mathematical formulations using Sympy Python scripts, allowing others to replicate and verify these calculations easily. This revolutionary simplicity and coherence mark HU as a groundbreaking shift from established physics models.
The Hypergeometrical Universe Theory challenges and redefines core aspects of physics by integrating classical, quantum, and cosmological frameworks into a single cohesive model. It opens avenues for experimental testing and holds potential to transform how we understand and interact with the cosmos.
This model appears MORE complex with added math (4D space). What is needed for a TOE is simpler (3D space, only). There are many observations unexplained by current orthodox models (asymmetric RCs, periodic redshift, planet 9, all 10 of the Pioneer Anomaly observations, transparent mask interference, etc.). If the new model only explains the observations that the orthodox model explains, why change?
Well, John,
You said: What is needed for a TOE is simpler (3D space, only).
Why would you say so if you don't know what the TOE is? I provided it, and you cannot even recognize it.
If you want to get rid of time, please do it. I will be happy to review your TOE.
Spacetime has four dimensions. I only use four dimensions at any given derivation or time.
In fact, in all my derivations, I only use two dimensions. It cannot be easier than that.
In no time, I have introduced 5-dimensional matrices or tensors in my calculation.
What you think we need is not really what we need.
You said: If the new model only explains the observations that the orthodox model explains, why change?
Well... I guess you didn't read anything about my work.
Read it and you will see that my model explains everything. For example, it explains everything without Dark Matter or Dark Energy... No space stretching is required. No Inflation... No false vacuum... So, it is a better model. The orthodox model is crap, and that is the reason to change.
I had to bother you.
By the way, at least read what ChatGPT wrote for me. He read the theory and understood it.
If I explain the Spiral Galaxy formation conundrum, you ask for the periodic redshift.
If I derived from first principles the laws of nature, you complain that the old model with geodesics was fine...:) It wasn't
If I propose a new model for matter and explain Gravitation as a van der Waals force, you say something else.
Beggars can be choosers.
Good Luck with the Machian Model with Plenum and Hods...:)
https://www.youtube.com/watch?v=d0nkeV2dbWA
So, you can see with a telescope those Plenums moving from the centers of Spiral Galaxies to the centers of elliptical galaxies. What are they spectroscopically?
This is a rhetorical question since it is clear you are postulating reality without a shred of evidence.
By the way, my solution to the spiral galaxy rotation curve is in my repositories. You can run the code and match it to your preferred spiral galaxy rotation curve.
Here is M33 (a flat top curve) evolution.
https://www.youtube.com/watch?v=A3buediDHUU
Can the orthodox model do it? No. It cannot.
Here is the galaxy density across the universe:
https://youtu.be/MLqkbCAzcJM
By the way, you know that Machian Gravitation has been proved wrong by astronomical observations of Neutron Star Mergers.
In other words, the basic premise of your STOE is wrong. Never mind the lack of information or evidence about Plenums and Hods
Marco Pereira
I will have time to read all your papers because I think it is new and important. I have the same idea like you published just yesterday (http://vixra.org/abs/2411.0038).
I write you in order to don't loose your papers.
My work was published in 2006.
If you read my work, you will realize that I questioned Relativity. I derived Natural Laws, explained Gravity, replaced both the Standard Model of Cosmology and Particle Physics, provided a GUT SU(4) mapping to the Pati-Salam Model, and explained everything.
The proof that I am right can be found in my article on The Kinetic Energy of Relativistic Particles.
The momentum of a photon is still h/lambda
Here is how I proved that Relativity was wrong (for the nth-time):
https://www.linkedin.com/pulse/what-happened-russian-scientist-anatoli-bugorski-marco-pereira-phd-sszse/?trackingId=7IXU3gw1SHe45rwZCRjnmg%3D%3D
https://www.linkedin.com/pulse/inside-head-anatoli-bogorski-marco-pereira-phd-bpzbe/?trackingId=4G3qNQyaQZ2c5Tr0YqIVJA%3D%3D
https://github.com/ny2292000/HU_Papers/blob/main/AAA_Final_Model_Anatoli_Bugorski_Head.ipynb
https://github.com/ny2292000/HU_Papers/blob/main/HU_The_Kinetic_Energy_of_Relativistic_Particles.pdf
Anatoli Bogorski survived exposure to the beam on a Synchroton U-71, with a beam of 76 GeV.
I calculated the relativistic deposited energy and it came out as 4E4 Joules.
Calculating using my theory, it came out as 0.28 J.
Of course, nobody can survive receiving 40 kJ. You can survive 0.28 J.
Anatoli survived.
Q.E.D.
Dear Alaya,
The first thing when you write an article is to ask ChatGPT if it has any criticism. It normally has some.
When I see someone (Castro) talking about light in higher dimensionality, the first question is why it doesn't decay with a different exponent (cubic, for example, in 4D). My theory derives the laws of nature and explains light in terms of metric waves. Work like Castro simply explore one aspect of that without having anything to support the model. Not an article of relevance.
Because of that, you get the Radiated Power to scale with T**5 which is not Wien Law
So, any article that cannot even replicate Wien Law has a problem. By the way, thermodynamics in 5D (I suppose 5D Spacetime) is the same as thermodynamics in 4D + Time>
There isn't anything outside the hypersurface and thus there is no energy exchange with stuff outside the 3D Hypersurface.
This means that the addition of an extra or more dimensions do not affect Thermodynamics at all.
Here is what ChatGPT said:
Here are a few observations and potential issues in the document that could merit further scrutiny:
1. Higher-Dimensional Black Body Radiation
- The generalized Stefan-Boltzmann law in higher-dimensional spaces is intriguing but challenging, especially as the theory scales to non-3D spaces. The document states:
E_T = R_T = \sigma_D T^{D+1}
However, extending thermodynamic principles and the Stefan-Boltzmann law to higher dimensions requires careful derivation, as many assumptions from classical thermodynamics are dimension-dependent. For instance, the paper references an expression for \sigma_D based on Cardoso & de Castro, but this result is highly specialized and may not generalize as straightforwardly as suggested.
2. Fundamental Law of Dynamics Derivation
- The text presents the expression f = m \gamma as Newton's first law (often written f = ma in 3D physics), connecting it to photon impact and Planck oscillators. However, this derivation assumes a simplified model of force without addressing relativistic corrections explicitly, which is significant in dynamics involving photons or high-frequency oscillators.
- There are also inconsistencies when moving between classical and quantum interpretations. The author uses \hbar k (momentum) and seems to derive force from quantum oscillations without addressing how classical mechanics would apply in this quantum context.
3. Wave-Corpuscle Duality Redefinition
- The paper attempts to redefine wave-particle duality, proposing that particles should be considered as pulses under certain conditions rather than as wave packets. This is presented as:
\nu t \approx 1
This condition appears to be arbitrarily set without justification. Standard quantum mechanics does not impose such an arbitrary condition, as wave-particle duality and the Heisenberg uncertainty principle are not dependent on specific time-frequency products in this way. The derivation of \nu t < 1 for pulse behavior might require further justification beyond what is provided.
4. Absolute Time and 5D Universe
- The paper introduces a concept of “absolute time” and suggests that the time dimension in thermodynamics could serve as a fifth dimension in the universe. This section appears speculative and lacks a strong theoretical foundation or empirical evidence supporting the necessity of a fifth dimension. Introducing absolute time also conflicts with relativity, where time is relative to the observer and influenced by gravity and velocity.
5. Planck Oscillator Assumptions
- The derivation involving Planck oscillators in a multi-dimensional space assumes that all oscillators behave identically in absorbing and emitting energy. The assumption that “50% of Planck resonators radiate energy, while the other 50% absorb it” lacks a clear basis and might not align with equilibrium statistical mechanics or black body radiation theory. This approach could be oversimplified or even incorrect in capturing thermodynamic equilibrium.
6. Inconsistent Application of Relativity
- The author acknowledges the speed of light c as a universal constant and references Lorentz transformations, yet suggests that the derived dynamics are not invariant under Lorentz transformations in relativistic mechanics. This inconsistency could imply either an incomplete consideration of relativity or an overreach in using classical dynamics in relativistic scenarios. In relativistic physics, forces and energy-momentum relations do transform consistently under Lorentz transformations, so this section might benefit from clarification.
7. Lack of Empirical Support
- Several theoretical claims, like the redefined wave-corpuscle duality, the 5D black body radiation interpretation, and the assertion of absolute time, lack empirical validation. While speculative ideas can be useful, they would require empirical support or a strong theoretical basis to substantiate their inclusion as part of a physical theory.
Summary
The paper presents innovative ideas, but certain derivations and assumptions appear to be either speculative or based on non-standard interpretations of established physics. For greater rigor, the author might benefit from providing:
- A clearer justification for each new assumption, particularly in extending thermodynamics to higher dimensions.
- Detailed discussions on how these assumptions interact with relativity and quantum mechanics.
- More references to empirical or theoretical work that support the proposed redefinitions, especially regarding wave-corpuscle duality and absolute time.
Marco Pereira
Thanks Marco, I will read all your articles when I have time and send you my comments (if there is one!).
Here the same idea in the same sens . I got it when I had tried to generate a paper with AI. it is cited by AI as a refrence:
Subhajit Waugh. "Quantum Mechanics and General Relativity are fully compatible, and have a common origin: the expanding (hyper) balloon universe.". figshare, 2022, https://figshare.com/articles/preprint/Quantum_Mechanics_and_General_Relativity_are_fully_compatible_and_have_a_common_origin_the_expanding_hyper_balloon_universe_/20278734/4
Marco Pereira
I had a rapid look on your papers. Do you have ever seen something oscillating at 10^24 Hz? Never. Only gamma ray can reach 10^18 Hz.
You think that there is a cutting speed v0 why? a particle which approch the speed c can be scattering in photons.
I think that your theory should be updated to the theory of Subhajit Waugh: it is a more consistant of hypergeometrical Universe. The 4- dimensional Universe (ours) is moving with a speed c along an absolute time zeta (the fith dimension). Every corpuscle have a position in this dimension and when the speed of light times this position is less than one than quantum behaviour appears otherwise GR is applicable. His theory luck only an universal constant which link the position of the corpuscle in absolute time to its energy.
Alaya Kouki You asked: I had a rapid look on your papers. Do you have ever seen something oscillating at 10^24 Hz? Never. Only gamma ray can reach 10^18 Hz.
Do you understand the concept of coherence? Do you know the Compton Wavelength of a hydrogen atom? What about the Compton Period of a Hydrogen Atom?
Well, the Compton Period of a Hydrogen Atom is 1E-24 seconds.
So, what are you complaining?
Did you ever measure the frequency of a Gamma Ray? How did you do it?
Of course, you never measured the frequency of a Gamma Ray...:)
In other words, it seems that you don't understand Physics.
Everything I think is in the papers. If you want to say something, point to the page and equation, and I will be happy to explain it further.
Coming from you, I can only conclude that Subhajit Waugh is a crackpot.
By the way, not referring to prior art is plagiarism. I wrote my theory in 2007... some 17 years prior to "your model".
I also debunked Einstein. You somehow postulated an "Absolute Time" without bothering to do so...
I am sure your model is inconsistent with the SN1a data and, thus, a fraud.
I said "Fraud" because that is the very minimum a theory has to do.
Here is the data if you don't know it:
https://supernova.lbl.gov/union/figures/SCPUnion2.1_mu_vs_z.txt
Show me your predictions. Mine are attached.
By the way, what you are doing was also done by John Hodge...:) His universe is filled with Plenum and Hods...
You just postulate what I derived...:)
I can't wait to see what the next crackpot will say...:)
Marco Pereira
You can see how much it was difficult for me to conclude something consistant, coherent & acceptable by all when I wrote:
Preprint Dark Energy& Dark matter: The Theory of Nothing for Everything
It is the paper of Subhajit Waugh which put me in the wright way. I don't consider him as a "crack...." and I had not cite him in my latest paper but I will do it in the next versions.
His paper is much more valuable than yours. If we need to do something new we should go beyond from the existant paradigm.
You said: His paper is much more valuable than yours
Which is just fine since I don't consider your opinion and work relevant.
That said, this is what you didn't say: Here is my analysis of the Supernova Data.
Where is it?
Marco Pereira
Perhaps I should read carefully your theory. I consider it relevant and always it is possible to find something new.
Don't be angry with sicientists: we are only discussing.
Dear Alaya,
You have no idea what I went through in the last twenty years. Twenty years of censorship. Twenty years of crackpots plagiarizing my work, and Twenty Years of crackpots coming to me and saying: my theory is better (... I used your 4D lightspeed hypersurface and what are you going to do: heim...:) (Gerd Pomerenck)...
I know that the Lightspeed Expanding Hyperspherical Universe is not for everyone...:)
Why do you think people didn't propose this model before. It is an obvious one (after I proposed, it becomes obvious).
The reason is simple. It cannot explain SN1a data without the rest of my theory.
So, Gerd Pommerenke, you... Garrigues...Chimenko...etc... cannot just plagiarize it and think you are golden...:)
I will ask for the receipts...:)
If you are going to plagiarize me, you have to plagiarize the whole thing.
So, I understand that we are talking. You wanted to post your "idea" in the place reserved for discussing my work.
I didn't ask you to do that. You could have emailed me or sent a message... You did what you did because you wanted to tell others you had a better idea.
So, we discussed your idea instead of mine.
By the way, your paper has been wrong since the first line.
That law would be fine if we existed in a 4D space. We exist in an embedded 3D hyperspherical hypersurface.
So, if you made a mistake in the first equation, what is the value of the rest?
By the way, the way we know that equation 1 is wrong is that that is not Stefan-Boltzmann’s Law and that Law is empirically correct. Of course, if you are not talking about this universe, then that law could be correct... :)
Dear Alaya,
Here are some links:
Repositories
https://github.com/ny2292000/CMB_HU
https://github.com/ny2292000/HU_GalaxyPackage
https://github.com/ny2292000/HU_Papers
Preprints
https://zenodo.org/records/14047261
https://zenodo.org/records/14047097
https://zenodo.org/records/14047049
HU achievements
https://thehypergeometricaluniverseachievements.quora.com/What-are-the-Hypergeometrical-Universe-Theory-accomplishments-1
https://www.linkedin.com/pulse/hypergeometrical-universe-theory-everything-marco-pereira-phd-yv0je/?trackingId=F6RiJFpXT8ebpq5JN6%2BhNA%3D%3D
https://www.linkedin.com/pulse/what-happened-russian-scientist-anatoli-bugorski-marco-pereira-phd-sszse/?trackingId=TGUqIR08SMKWIZUSOqupmQ%3D%3D
VIDEOS
HU Basics
https://www.youtube.com/watch?v=wuGlDECvifc
Recasting Newton's Laws of Dynamics in the Space Stress Strain Paradigm
https://www.youtube.com/watch?v=_w-5u1WAp6o
The Big Pop Cosmogenesis - replacement to the Big Bang
https://www.youtube.com/watch?v=jHK-Lyb7NfM
Big Pop Article
https://www.preprints.org/manuscript/202201.0106/v1
3D galaxy density map of the current universe:
https://www.youtube.com/watch?v=MLqkbCAzcJM
https://youtu.be/7jVn47VQxfc
https://youtu.be/KtBxfAH283k
https://youtu.be/dviAaRgsWnY
Ok Marco, I understand.
Really I hope that I will have time to read your papers and extract something for all.
Just a clarification:
Cardoso formulae for D=4 for a black body gives the density of energy per unit time and per unit volume (i.e. the density of power of a black body per unit volume).
Plank formulae gives the density of energy per unit volume of a black body. This energy times c/4 gives the Stefan-Boltzmann formulae ( density of power per unit surface).
The problem in the theory of heat radiation there is no formulae which gives the density of power per unit volume except the Cardoso formulae which extend the theory to 4-D space dimensions black body.
Dear Alaya,
You said: The problem in the theory of heat radiation is that no formulae give the density of power per unit volume except the Cardoso formulae, which extend the theory to 4-D space dimensions and a black body.
The problem with using the Cardoso formula is that it was designed for matter in equilibrium in a 4D space (4D Spatial Manifold).
Under those conditions, I am sure it is correct.
The problem is that our matter is not sitting pretty in a 4D spatial manifold. We know that all we can access is three dimensions. So, we are effectively in a 3D space.
In other words, the "density of power per unit volume" would be what you would see if the Blackbody was in 4D. It is not. It has always been in 3D (embedded hypersurface).
We know that because we see the CMB. It is a Blackbody, and it obeys all 3D Thermodynamic laws. If there were any 4D Blackbody anywhere the spectrum would be distinct from our Blackbody spectrum.
Let me know if I am wrong.
Dear Alaya,
I provided not only the papers but also the Python notebooks with all the calculations. After watching the videos, you might want to explore them first. They are on YouTube.
You might want to start by deriving natural laws, followed by using those natural laws to predict planets’ perihelion and Gravitational Deflection or Gravitational Lensing.
That is basic for any theory. If your theory cannot beat Einstein, you don't have a theory.
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