new age scientific thinking
new age theory
We have compiled a list of papers that help outline our new theory in full detail (we have made them free to access online for anyone who might be interested).
We hope these papers may help you start see this beautiful world in the same lens as we do.
If after reading our papers, you find you share the same enthusiasm, please do consider donating to us to support our efforts and become part of humanity's next step forwards.
relevant papers
The fine structure constant formula is derived directly from analysing the
fundamental constitute of free space —dynamic elementary dipoles. Quantitative
derivations of the Cosmic Microwave Background Radiation spectrum and
temperature and its relationship with the Hubble constant substantiate the theoretical
framework.
The tiny fragment of the energy dissipated per photon in each cycle is defined as an
Elementary photon. An Elementary photon turns out to be a fundamental unit of
energy and mass in dynamic circulation. Through the analysing of the extremely
weak interactions between photons, immersed particles, and the vast ocean of
Elementary photons, an Elementary photon theory is developed quantitatively.
By integrating mechanical, electromagnetic and cosmological perspectives, the
author re-examines the Hubble constant, introduces dynamic super fluid free space
polarization, and explores the Cosmic Microwave Background Radiation alongside
fluctuation dissipation processes. This framework unifies the dynamic behaviour of
photons, the characteristics of dynamically polarizable superfluid free space, and key
observable features of the cosmos.
A mathematic frame for the dynamic circulation of mixed two-fluid photons with
fluctuation is developed quantitatively. The similarity between mixed two-fluid
photons and two-fluid liquid helium at super-fluidity is compared briefly, which
comprise yet more evidence to support the theory of the dynamic circulation of
photons.
This paper identifies the Hubble constant as the intrinsic relaxation frequency of free
space from an electromagnetic perspective. The energy dissipation of a
monochromatic electromagnetic wave traversing free space per cycle is shown to be
equal to the product of the Planck constant and the Hubble constant.
A lightly damped oscillator model is applied to the propagation of photon particles in
free space from a mechanical perspective. The exponential correlation between the
Cosmic Redshift and the Hubble constant is derived theoretically using two separate
methods.