When one writes a model full of postulates (everything is a postulate), with ad hoc parameters (no reason given for them), is that a real model or a fraud?
The article “The Basics of Physics (or why the Standard Model fails)” by Jürg Wyttenbach is a sweeping critique of modern theoretical physics, particularly the Standard Model (SM), quantum field theory (QFT), and general relativity (GR). Below is a critical assessment of the validity and support for the claims made in this work.
🔍 Overall Thesis and Claims
Wyttenbach argues:
- The Standard Model lacks physical grounding and relies on abstract constructs (e.g. fields without real sources).
- E=mc² is mathematically and physically incorrect in most contexts.
- Most static fields do not contain energy.
- Particle physics misinterprets results due to flawed conceptual foundations (e.g. point particles, quarks, gauge fields).
- Experiments have already falsified central SM claims (e.g. e⁺/e⁻ annihilation always producing 2×511 keV photons).
He proposes an alternative "SO(4) physics" model, though detailed exposition of this model appears deferred to other writings.
⚠️ Critical Evaluation of Key Claims
1. Rejection of E = mc²
- Claim: E=mc² is “logically and physically wrong” and should be replaced by Poincaré’s differential form: dm = E/c².
- Counterpoint: This misrepresents the role of E=mc². The equation is not a conversion recipe for rest mass to photons but a relation for total rest energy. It holds when properly contextualized (binding energy, decay, etc.). Modern experimental support includes: Binding energy measurements (e.g. in nuclear fusion/fission). PET scans (positron annihilation). Precision tests in particle physics.
- Verdict: The criticism misinterprets the equation’s scope.
2. Denial of Quarks and Gluons
- Claim: Quarks do not exist as particles; QCD is fiction developed for funding.
- Counterpoint: While quarks are not observable in isolation (due to confinement), their existence is strongly supported: Deep inelastic scattering experiments (SLAC, CERN). Jet formation in high-energy collisions. Lattice QCD predictions matching hadron spectra.
- Verdict: Dismissal of quarks contradicts overwhelming experimental and theoretical evidence.
3. "Most annihilations are 3-photon"
- Claim: The e⁺/e⁻ → 2×511 keV photon event is rare and "fake news."
- Counterpoint: This is misleading: Parapositronium → decays into two 511 keV photons, ~25% of cases. Orthopositronium → decays into three photons, ~75% of cases. The two-photon decay is not rare in the proper context (vacuum, low-density matter).
- Verdict: Misrepresentation of well-documented positronium physics.
4. Static fields don’t store energy
- Claim: Static electric and gravitational fields don’t contain energy.
- Counterpoint: This contradicts both theory and experiment. In classical electromagnetism, the energy density is well-defined:uE=12ε0E2u_E = \frac{1}{2} \varepsilon_0 E^2This is experimentally relevant in capacitor energy storage, for example.
- Verdict: Theoretical misunderstanding or oversimplification.
5. Criticism of General Relativity
- Claim: GR is “fantasy,” relies on "unphysical" 3D rotation assumptions.
- Counterpoint: This appears to stem from a misreading of the stress-energy tensor and of how curvature works in Lorentzian manifolds. GR’s predictions (light bending, gravitational redshift, precession, gravitational waves) have all been confirmed experimentally.
- Verdict: The criticism is philosophically driven, not scientifically validated.
🧪 Lack of Empirical Support
The paper repeatedly appeals to a vague “SO(4) physics” model without:
- Quantitative predictions,
- Equations of motion,
- Comparisons to data.
While he claims high-precision fits (e.g. to proton structure), no data or references are provided. Statements such as “the real annihilation leads to 3 photons” are presented without experimental references, and contradict known results.
🧠 Conceptual Misunderstandings
Many of Wyttenbach’s criticisms stem from conceptual confusion between:
- Mathematics vs. physics: Equating gauge theory with “abstract nonsense.”
- Point particles vs. extended objects: Ignoring the effective nature of particle models.
- Energy equivalence vs. conversion: Misreading the context of E=mc².
- Field theory vs. physical mechanism: Expecting all fields to have mechanical analogs.
These suggest a discomfort with abstraction, rather than valid objections to the models’ predictive or explanatory power.
📝 Conclusion
Jürg Wyttenbach's article is not a scientifically valid critique but a polemic against modern physics rooted in philosophical discontent and conceptual misinterpretation. It misrepresents established theories, lacks mathematical rigor, ignores experimental evidence, and fails to provide a working alternative with testable predictions.
If you're preparing a critical response, here are some valid points to emphasize:
- Conflation of engineering models with foundational physics.
- Misuse or rejection of well-tested physical laws (like E = mc²).
- Lack of testable predictions or falsifiability of SO(4) model.
- Mischaracterization of standard experimental results.
- Reliance on philosophical speculation rather than empirical grounding.
I, personally, think it is crap, speculation, self-delusion.