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; About
Mathematics & Nature is an independent scientific journal that documents significant scientific ideas which have received limited attention in conventional publications. While current academic systems may not fully recognize these contributions, the innovative concepts presented here represent important advances in mathematical understanding. The journal aims to promote rigorous scientific inquiry and the free exchange of ideas that can inspire future research.
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Readers often require authors to publish papers in mainstream journals. However, influential mainstream journals traditionally favoring established researchers have historically overlooked breakthrough discoveries by lesser-known scholars. Documented cases exist where key elements of innovative manuscripts appeared elsewhere prior to original authors' preprint publication, raising questions about editorial practices. These circumstances have necessitated independent platforms like Mathematics & Nature for disseminating novel findings. Mathematics & Nature serves as an independent venue for significant mathematical and scientific advances that challenge conventional paradigms. The journal will publish 100 studies re-examining foundational theories, including critical analyses of certain award-recognized works. Historical patterns indicate that Nobel selections have occasionally privileged theoretical frameworks later subject to substantive debate regarding their mathematical consistency and empirical support. This journal seeks to foster rigorous re-evaluation of such foundational scientific claims.
Volumes
Covers |
Contents |
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41. Dongfang Annotations on Several Combinatorial Problems |
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31. Dongfang Brief General Solutions to Congruence Equations 32. The Logical Entropy Change of Euler Infinite Descent Method 33. The End of Euler Proof of Cubic Fermat Last Theorem 34. One of Dongfang Proofs of Cubic Fermat Last Theorem 35. One of Dongfang Proofs of Quartic Fermat Last Theorem 36. Dongfang Inequality for Integer Solutions of Fermat Equation 37. Dongfang Elementary Algebra of Fermat Last Theorem 38. Various Incomplete Equivalent Constructions of Pythagorean Triples 39. Dongfang Solutions of Several Quadratic Diophantine Equations 40. Dongfang Solution to Sum of Powers of Continuous Natural Numbers |
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26. Dongfang General Entangled Spherical Harmonic Functions 27. Dongfang General Entangled Solution of Schrödinger Hydrogen Equation 28. Dongfang General Entangled Schrödinger Wave Function of Hydrogen 29. Dongfang General Entangled Spherical Solution of Laplace Equation 30. The Steady-State Entangled Solution of Dongfang Real Wave Equation |
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21. Broad Spectrum Solutions of Associated Legendre Equation 22. Dongfang Special Entangled Spherical Harmonic Functions 23. Dongfang Special Entangled Solution of Schrödinger Hydrogen Equation 24. Dongfang Special Entangled Schrödinger Wave Function of Hydrogen 25. Dongfang Special Entangled Spherical Solution of Laplace Equation |
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11. The End of Klein-Gordon Equation for Coulomb Field 12. The End of Teratogenic Simplified Dirac Hydrogen Equations 13. Dongfang Solution of Induced Second Order Dirac Equations 14. The End of Isomeric Second Order Dirac Hydrogen Equations 15. The End of True Second Order Dirac Hydrogen Equation 16. Dongfang Challenge Solution of Dirac Hydrogen Equation 17. Neutron State Solution of Dongfang Modified Dirac Equation 18. Ground State Solution of Dongfang Modified Dirac Equation 19. The End of Dirac Hydrogen Equation in One Dimension 20. Multiple Morbid Mathematics of Dirac Electron Theory |
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● Manifesto of Com Quantum Theory 1. On the relativity of the speed of light 2. The Morbid Equation of Quantum Numbers 3. Relativistic Equation Failure for LIGO Signals 4. Dongfang Modified Equations of Molecular Dynamics 5. Dongfang Angular Motion Law and Operator Equations 6. Dongfang Com Quantum Equations of LIGO Signal 7. Com Quantum Proof of LIGO Binary Mergers Failure 8. Dongfang Modified Equations of Electromagnetic Wave 9. Nuclear Force Constants Mapped by Yukawa Potential 10. The End of Yukawa Meson Theory of Nuclear Forces |