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Last updated on Dec. 12, 2011

1. Calculation of Cosmological Observables from Constants of Nature (pdf, 101kb) Why is the energy density of the cosmic background radiation so close to Planck's constant? Because the cosmological expansion rate might be a constant of nature! Get the Hubble constant, the universe's extension, its matter content, and the density of CBR directly from constants of nature! (published on March 15, 2005 (revised from 2003 version). This paper will be edited. The same topics are treated in papers 13 and 14 below.)

2. Space-Time Dimensionality of Plain Physical Observation (pdf, 124kb) Modern physics is almost 100 years old. Should it be disassembled because of ideas in 18:th century philosophy? To find the answer, just follow that old prescription and make the elusive "Ding an sich" space-like separated and non-local..... (Published on Aug 31, 2004)

3. Factorization of the Planck Length in Terms of a Line Increment of the Order of Hubble's Constant and Magnetic Charge (pdf, 81kb) Like fishing? Throw out a Hydrogen atom into the universe and catch the cosmological expansion rate.... (Published on Aug 31, 2004)

4. Evidence of Resonance between the W-boson and the Apparent Cosmological Expansion Rate. (pdf,114kb) ....Catch the W and the Z in the Hubble-bubble and Pick Some Goodies in the Higgs-rigs... (Published on Dec 12, 2004)

5. The First Arbitrary Event. (pdf, 123kb) ....Relax and wait for anything to happen, it might well be the Planck distribution, ..and it is, ... provided the geometry is that of the primordial hydrogen atom, the first stable matter ever. (Published on May 10, 2005). While.......

6. Geometry of the Universe and the Hydrogen Atom. (pdf, 133kb) ....at it, swing the whole universe around the expansion rate to log on to its vacuum energy. (Published on June 16, 2005).

Compilation of Articles 1-6: Digits Chasing the Elusive. (pdf, 310kb) Articles 1-6 above, edited with typographical and similar corrections for non-profit scientific research purposes. (eqv. of Part II of e-book "Reaching for the Universe" at the end of this page, Published on Nov. 30, 2005).

7. Attempts at Systematizing the Masses of the Elementary Particles - Focus on 3.6 GeV. (pdf, 274kb, published on Sept 10, 2006) Why are there massive particles, some stable, others not? Tired of waiting for the Higgs particle? Looking truly for the Universe's tuning frequency?..... Then set all stable matter at pi/2 relative to the cosmological line increment defined by the resonance particles - In other words, take just one step beyond the Standard Model and then get back to the laboratory frame: Chances are better than 1-1/441 you have explained the absolute mass scale of all matter in the Universe! Download Information: MassQuantizer, Ver. 1.0 (130 kB, Sept. 10, 2006) is no longer available here but has been upgraded to Ver. 2.0 (230 kB, published on March 31, 2009). Ver. 2.0 (Tutorial, MassQuantizer, Ver. 2.0), which yields the correct phase, is available via a link in paper 12 below.

12. Hadron Spectroscopy by Reference to a Periodic Energy. (pdf, 376kb) ........ (published on Feb. 07, 2009 including software, to download software from within pdf, hold down Ctrl and left click!).....