Hypersphere CosmologyAlternative to big-bang

Monday, 22 February 2021 16:56

Equation 15

Equation 15

It may seem odd that whilst the ‘enhanced’ Planck length and Planck time set a lower limit for quantum particles, (see equation 14) whilst a similarly ‘reduced’ Planck mass sets an upper limit for the size of stable quanta.

However, the wavelength of a quantum is inversely proportional to its mass, heavier quanta have smaller not larger wavelengths.

Stable quanta cannot have a mass in excess of e-20 Planck mass or their wavelengths would fall below the pixilation level of the universe.

See below: -

https://en.wikipedia.org/wiki/Orders_of_magnitude_(mass)

Read 5912 times Last modified on Saturday, 27 February 2021 23:28
More in this category: « Equation 16 Equation 14 »
  • HyperSphere Cosmology +

                            Hypersphere Cosmology. (6)    P J Carroll 28/2/2021   Abstract. Read More
  • Type 1A supernovae and Hypersphere Cosmology +

    Lensing, Redshift and Distance for Type1A Supernovae. All data input from Perlmutter et all, https://arxiv.org/pdf/astro-ph/9812133.pdf The measured Apparent Magnitudes of Read More
  • Galactic Rotation Curves +

    Galactic Rotation Curves. A large discrepancy exists between the rotation curves for disc galaxies expected from a classical or relativistic Read More
  • Equation 17 +

    Equation 17 The Redshift-Distance and the Lensing equations 6 and 16 together yield a derivation for the Antipode length L Read More
  • Equation 16 +

        Equation 16 A stereographic projection can show the effect of projecting an n-sphere into an n-dimensional space. For Read More
  • Equation 15 +

    Equation 15 It may seem odd that whilst the ‘enhanced’ Planck length and Planck time set a lower limit for Read More
  • Equation 14 +

    Equation 14 The universe has an information deficit in the sense that it has only one bit of information/entropy for Read More
  • Equation 13 +

    Equation 13 The universe has an information deficit in the sense that it has only one bit of information/entropy for Read More
  • Equation 12 +

    Equation 12 The Bekenstein-Hawking conjecture arose to explain the behaviour of entropy in a black hole. https://en.wikipedia.org/wiki/Black_hole_thermodynamics#Overview It asserts that Read More
  • Equation 11 +

    Equation 11 The Dirac Large Numbers Hypothesis suggests that a huge dimensionless number, or perhaps just a few huge dimensionless Read More
  • Equation 10 +

    Equation 10 Here we show the modification to Newtonian Dynamics expected in a positively curved spacetime that has a negative Read More
  • Equation 9 +

    Equation 9 Galaxies rotate but they do not rotate in accordance with our standard ideas about gravity. A large discrepancy Read More
  • 1
  • 2