Reading my last, I realized it may have sounded rude and short. I had intended to play along with what I’d assumed was a totally bogus mathematical treatment of the relativistic effects of my SPBH.

In the event that there is some plausible objective basis for the eqn, please correct me … no one will be more thrilled than I :-)

Two questions.

(1) How does one calculate the gravity in a black hole? … what I’m asking is what did you use for “gbh”.

(2) Are your units consistent? Time in years? Distance in miles? … What of Mass?

oopps … sorry, I forgot the context of the subject. What you did was determine an appropriate outcome and then faked the math to give an answer right? ;-)

A = [{a/c *(ly/gbh)}*d] * (1/pi) * pi

where A= actual age; a= apparent age (13B years); ly = light year (in miles); gbh = gravity in black hole; 1/pi = inverse of pi.

The resulting answer is 5240.31288 years, + plus the 7 “indefinite” days it took for the creation. :)

I’m so ashamed

1. Black Holes and Time Warps
2. Exploring Black Holes
3. The Krone Experiment

If either of you know of anyone sufficiently knowledgeable to give a mathematical treatment of the orbital mechanics of a SPBH and able to fake the requisite relativistic effects, which result in a young earth in an old universe, please point them my way! :-)

I’m happy to do all the creative writing but doubt I am able to do the math without it being transparently creative.

Ben: I have neither particularly good creative writing skills nor enough spare time at the moment, so this would be more trouble than its worth. Sorry :-(

The math describing the orbital mechanics would be great. I’ll be able to produce some excellent figures in no time :-)

I’ve read several articles on primordial black holes (PBHs) and am comfortable writing up the effect that an evaporating SBH will ultimately have on life in God’s petri dish.

I’m a LaTeX geek, so I’ll be able to put together a very impressive looking result.

What do you say? …. want to be a coauthor?

Was the novel David Brin‘s Earth? (That would be a wonderful book to steal ideas from to give the paper a little extra complexity.)

Ben:

I think the book you should find is Taylor and Wheeler’s Exploring Black Holes: Introduction to General Relativity. MIT uses it in their introductory relativity course; lots of people (including me) had big gripes with it, but it does take a good many black hole-related problems and boil them down to algebra. If you’re just looking for formulas to harvest, it’s a good place to begin.

My premise is that a primordial black hole exists within the Earth, essentially orbiting the center of Earth’s mass.

The hypothesis is that the relativistic effects in the vicinity of a black hole accounts for why the universe appears 13B yrs old, while the earth is only 6k-10k yrs old.

A subterranean primordial black hole [SPBH] fits the conclusion … err evidence, quite nicely. It is essentially impossible to detect while stable, i.e. prior to its end of life [EOL].

When the SPBH reaches it’s EOL, it will do so in a final grand explosion of Hawking radiation that will incinerate all life on the planet. The good Christians will have ascended during the rapture leaving those remaining to burn in the Armageddon of hell’s fire.

I’m only partially qualified to write the article … meaning the publications I’ve written seek out an understanding of truth, rather that seeking to substantiate an a priori assumed truth.

Thus, I need some help.

Who would like to be a co-author?

Before rushing to my aid, here’s some important reference material.

1. Primordial Black Holes
2. more Primordial Black Holes
3. Foundations for YEC review

If anyone knows Donald E. Simanek, I’d very much welcome his cooperation in this endeavor!.