Thomas J. Buckholtz

7 Questions 32 Answers 0 Followers

Questions related from Thomas J. Buckholtz

What organization has the rights to articles published by AFIPS?

AFIPS published a paper I wrote. AFIPS no longer exists. Does anyone know what organization now has rights to the article? The article is ... “Large-Scale Real-Time Document Distribution,” Thomas...

03 March 2017 8,830 4 View

How complete a basis set is each of some sets of solutions for isotropic quantum harmonic oscillator equations?

Some research to which the attached file alludes uses functions of the form Ψ(r) ∝ rν exp( −r2 / (2η2) ). These are solutions for isotropic quantum harmonic oscillators. Here, ξ Ψ(r) = (ξ'/2) (...

06 June 2016 6,077 0 View

What if no more than 7 Poincare-group generators correlate with behavior of the Z and W bosons? Or, of the hypothetical graviton?

A fuller statement of the question: What consequences arise (regarding nature or theories) if some of the 10 Poincare-group generators do not correlate with behavior of Z and W bosons, and/or...

03 March 2015 4,615 8 View

Is there any evidence m_neutrino is not 0.09161 eV/c^2?

My attempt at theory indicates m_neutrino ~ 0.09161 eV/c^2 - for all three neutrinos. The relevant result is (m_neutrino)*(m_tauon) ~ {(m_electron)^2}*{(alpha)^(3/2)}. Here, alpha is the...

03 March 2013 2,212 19 View

How many flat space-like and flat time-like dimensions does it take to embed space time?

Curved space time has 4 dimensions. Mathematically, such a 4-dimensional space embeds in a flat space of no more than 10 dimensions. To what extent do observations or theories suggest answers to...

01 January 2013 2,297 4 View

How does the ratio of dark energy to baryonic matter evolve over time?

What is the time dependence of the evolution of the observed ratio of dark energy to baryonic matter? The density-of-the-universe ratio varies from about (zero):1 at approximately 380,000 years...

01 January 2013 8,238 1 View

Are 1 : 5 : 18 the ratios of baryonic matter : dark matter : dark energy? If so, why?

Astrophysical observations seem consistent with these ratios of "densities of the universe." http://vixra.org/abs/1206.0049 (attached) posits theory predicting these ratios. It also provides the...

06 June 2012 8,651 0 View