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Louis_N@edu.herlufsholm.dk skrev:
> 
> THE QUANTUM UNIVERSE AND THE COSMOLOGICAL QUANTUM UNITS.
> 
> By Louis Nielsen,     Denmark,         http://www.rostra.dk/louis/
> 
>      THE QUANTUM-EVOLUTION OF THE UNIVERSE AND DECREASING GRAVITY.
> The Universe - with its matter and space - is evolving in quantum
> 'jumps'.
> My discovery more than thirty five years ago is the following very
> simple discrete connections between the actual average extension R of
> the Universe and the physically smallest 'fluctuating' quantum
> distance r in the Universe, the 'quantum of length':
> 
> (1)    R = n*r
> 
> The 'quantum of length' r is connected to Planck's constant h, the
> velocity of light c and the total energy-/matter mass M of the
> Universe.
> The 'quantum of length' r is equal to the Compton length of a
> 'particle' with the mass M and given by:
> 
> (2)    r = h/(M*c)
> 
> In equation (1) n plays the role as a 'cosmic evolution quantum
> number' which is 'ticking' up through the natural number.
> My discovery is that n is equal to the third power of the actual ratio
> between the magnitude of the electrostatic forces F(el) and the
> gravitostatic forces F(gr) between two electrons, that is, n is given
> by:
> 
> (3)    n = (F(el)/F(gr))^3 = ((k*e^2)/(G*m(e)^2))^3
> 
> In (3) k is Coulomb's constant, e the electric charge of an electron
> and m(e) the mass of an electron.
> We assume that k, e and m(e) are constants and do not vary with time.
> As n is an increasing number, then G, the actual value of Newton's
> gravitational 'constant', must be a discrete decreasing quantity.
> 
> The Universe came into existence when n = 1.
> In our epoch n = 7.2*10^127.
> 
> Equations (1) and (2) give connections between Microcosmos and
> Macrocosmos.
> 
>>From equation (1) and (2) we get:
> 
> (4)    M = n*(h/(R*c)) = n*m      where  m = h/(R*c)
> 
> The mass m represents the actually smallest quantum of energy-/matter
> in the Universe - the mass of the true atom. I have given this energy-/
> matter quantum the name UNITON.
> We see from equation (4) that the actual Universe consists of n
> unitons.
> 
> With an actual extension of the Universe R = 1.4*10^26 meter we get
> for the actual mass m of the uniton: m = 1.6*10^(-68) kg. Note: With
> decreasing m follows that R is increasing.
> In our epoch the number of unitons is equal to about 7.2*10^127. This
> gives a total mass M of the Universe: M = 1.2*10^60 kg. We assume that
> M is a constant under the quantum evolution of the Universe.
> With the above value of M we can calculate the value of the smallest
> 'quantum of length' r:
> 
> (5)    r = 2.0*10^(-102) meter.
> 
>>From equation (1) we see that R is proportional to the actual total
> number of unitons.
>>From the 'quantum of length' r we can define a smallest 'quantum of
> time' t:
> 
> (6)    t = (r/c) = 6.7*10^(-111) seconds
> 
> All physical distances, time intervals and masses are equal to a
> natural quantum number multiplied by the respective elementary
> quantities r, t or m.
> 
>   THE COSMIC EMBRYOTON, the initial state of the Universe.
> Out of ONE quantum 'THE COSMIC EMBRYOTON' with an extension equal to
> the fluctuating quantum of length r and with a 'mass' M, the Universe
> came into existence when it took the first cosmic quantum 'jump'.
> Gradually, as the 'cosmic evolution quantum number' n increased, the
> original cosmic embryoton divided into more and more unitons. The
> increasing number of unitons, are spreading out in a growing Universe.
> 
>   QUANTUM of CHANGE. ABSOLUTE and INVARIANT DISCRETE COSMIC TIME.
> Every cosmic quantum 'jump' of the Universe gives one more uniton in
> the Universe. The smallest and most fundamental quantum process in the
> Universe is the creation of one more uniton. This smallest 'quantum of
> change' in the Universe can define the 'cosmic quantum of time'.
> We can define the absolute, invariant and discrete cosmic time T to be
> proportional to the actual number n of unitons in the Universe:
> 
> (7)       T = n*t
> 
> In equation (7) we have chosen the 'quantum of time' t to be the
> proportional constant.
> T defines the actual age of the Universe.
> In our epoch T = 4.7*10^17 seconds = 15*10^9 years.
> In principle measurement of 'time' is thus a counting of the
> increasing number of unitons in the Universe.
> We can write equation (7) as:
> 
> (8)    T = (M/m)*(r/c) = ((M*r)/c)*(1/m)
> 
> We see that T is a function of the actual mass of the uniton. T is
> inversely proportionate to the actual mass m of the uniton.
> 
>  THE QUANTIZED COSMIC ENTROPY. THE ARROW OF TIME.
> The direction of time - the arrow of time - is in that direction where
> the number of unitons in the Universe is increasing.
> The total absolute cosmic entropy S of the Universe can be defined to
> be proportional to the actual number n of unitons, and with
> Boltzmann's constant k as a proportional factor. We can define:
> 
> (9)    S = k*n
> 
> The actual total entropy of the Universe in our epoch is:
> 
> (10)    S = 9.9*10^104 joule/kelvin
> 
> 
>  THE ABSOLUTE AND INVARIANT COSMIC QUANTUM-UNITS.
> The quantities r, t, m and k define an absolute, invariant and
> cosmological system of units, which are independent of specific local
> properties, including intelligent biological systems.
> 
> I call the cosmological quantum-units: 1 spaton, 1 tempon, 1 masson
> and 1 entropon.
> Using these fundamental and cosmic invariant units we have the
> following cosmic values:
> 
> The actual number of unitons in the Universe is:     7.2*10^127
> unitons
> The actual mass of the Universe is:                       7.2*10^127
> massons
> The actual extension of the Universe is:                 7.2*10^127
> spatons
> The actual age of the Universe is:                          7.2*10^127
> tempons
> The actual cosmic entropy of the Universe is:         7.2*10^127
> entropons
> 
> We see that all the values are equal to the actual value of the
> 'cosmic evolution quantum number' n.
> 
> 
> UNIFICATION OF MICROCOSMOS AND MACROCOMOS.
> The following simple connections between quantities in Microcosmos and
> Macrocosmos are valid:
> 
> (11)    (S/k) = (R/r) = (T/t) = (M/m) = (G(0)/G)^(3) = n
> 
>               ( In our epoch n = 7.2*10^127 )
> 
> In equation (11) G is the gravitational 'constant' in our epoch and
> G(0) is the gravitational 'constant' when the Universe came into
> existence.
> Basically the Cosmos is simple.
> In our epoch the Universe is characterized by the number 7.2*10^127.
> 
> You can study more about the Quantum Universe in my treatise:
> "Quantum Cosmology with Decreasing Gravity. Unification of Microcosmos
> and Macrocosmos."
> 
>         http://www.rostra.dk/louis/
> 
> Best regards
> Louis Nielsen,    Denmark
> 

Jeg er ikke lige i stand til at overskue hele denne teori, men
s� vidt jeg kan se er den relevant i forhold til en teori af
fysikeren Max Tegmark, der siger at den fysiske realitet ikke
blot kan beskrives matematisk, men ER en matematisk struktur!

Tegmark opstiller nemlig s� vidt jeg kan se den tilsyneladende
kontinuitet i bl.a. rum og tid som et alvorligt problem ved hans
teori. Det problem er der muligvis ikke, hvis rum og tid er
kvantificeret?

Jeg er ikke ekspert i disse ting, men synes bare jeg kunne se en
overensstemmelse mellem de to teorier. Jeg har links til Tegmarks
teori p� min blog:

http://mogmich2.blogspot.com/2007/05/det-matematiske-univers.html


-- 
Mogens Michaelsen
http://mogmich.blogspot.com/

-- To hell with religious rhetoric in politics! --