40 Fundamental Physical Constants Derived from a Single Theory—No Tuning Parameters Required! The new physics is here – not tomorrow, but today!

In this deterministic approach, the fundamental constants of the universe—among them the gravitational constant GGG, the Planck length, Planck time, Planck mass, as well as the electron mass, classical electron radius, and Compton wavelength—are not simply measured and then inserted into the theory. Instead, they are predicted directly from a single real scalar field equation. As a result, the theory does not require the introduction of any tuning (ad hoc) parameters—the constants naturally arise from just two main field characteristics: the amplitude ϕ0\phi_0ϕ0 and the scaling factor λ\lambdaλ. Both numerical and variational methods—used to find stable, vortex-like (soliton) solutions—demonstrate that these core quantities consistently determine the values of the aforementioned physical constants with high precision and in agreement with experimental data. From the viewpoint of standard theories, many of these constants (such as GGG or the Planck length) are typically measured and then fixed in models. Here, however, they become derived quantities resulting from the dynamics of a single field, suggesting a unified origin of fundamental constants and offering a new pathway to explain them without introducing free parameters. Even ChatGPT has verified the validity of the equations and confirmed that all constants can be deterministically calculated. I recommend everyone to check the following link. I am open to any collaboration. https://chatgpt.com/share/67ba63ea-3420-8013-8f18-6d684b660a84