by kovil » Sun Jan 21, 2007 1:25 am
my conceptual cosmology is different from the standard model,
In the begining there were large clouds of protons and electrons.
These slowly gathered into large galaxy size clumps.
Individual stars formed first, as the cloud continued to draw together and condense. Eventually an agreed upon center of mass developed, and a massive central domain ensued. It took quite a while for the central black hole to develop as the accretion mechanism was severely thwarted by resistive exponential curves of gravity energy radiative mechanisms as well as electron degeneracy pressures.
Once the central gravity well became massive enough it developed a magnetic structure surrounding it that reached almost to where the present day visible material perimeter exists. This weak magneto-hydro-dynamic (MHD) field had 2 maybe 4 lines of force. It helped to organize the very light protons and electrons and the spiral arms developed and condensed along these lines of magnetic force.
Through subsequent iterations of nova and condensation, populations of stars grew and their percentage of heavy elements increased as nova production and scattering of heavy elements enriched the galaxy.
The central galactic core has a wind that blows the light particles toward a halo area somewhere near the perimeter. It may actually be beyond the visible perimeter and form a hovering layer that is not particularly visible.
I have heard estimates that say the Milky Way makes 5 revolutions in a billion years. (after 50 years I see little difference ! , my jury is still out on that one.)
My feeling is things are much older than mainstream science thinks.
Nova production of heavy elements and spectroscopic analysis of starlight is mostly used for age determination, in my understanding. However I suspect there are much too many heavy elements in this planet Earth to account for the young age mainstream science allows for this section of the galaxy and universe. I have no maths to refute their estimates tho , alas.
If I was to generate an age for this galaxy I think I would start with the central mass, and how long could that form in, is there a minimum time necessary for its formation and it can't be younger than that.
Doing a statistical analysis for the region of our spiral arm neighborhood, how fast can novas make the area as dusty in heavy elements as we observe? Is there any way that heavy elements could be reduced over time so that a 2-3% showing is actually a result of a much longer environment? Can galaxies continue on and remain fairly similar looking? Like water going down a drain, the spiral arms remain consistent with the central gravity well's MHD dynamo production, like standing waves in the drain water. Can the central starlight radiative pressure (solar winds) keep pushing light elements towards the perimeter where they condense and form stars, which as they lose momentum by tidal action drift towards the central region. The heavier elements are drawn in and the lighter elements blown outward, making a merry-go-round recycling action within the galaxy, as it retains its general appearance longterm. This would allow the central gravity-well/black-hole to have an age of 50 billion years, while arm structure stars continue to have a 2-3% heavy element proportionality.
Only galactic mergers and acquisitions would be the serious affectors of galactic shapes. As well as near misses and pass-throughs.
I can imagine M87 to be 150 billion years old.
In light of the graph on page 9 today, it seems evident that nature abhors a black hole, and galactic central structures may take much longer to form than we presently theorize. (now can I find some data to support my conclusions ! that's the task at hand . LOL )
If I use a bunch of incorrect assumptions however derived, I will most likely not reach a correct age for our galaxy. That is the most difficult part of archeoastronomy, what formulas and hypothesis are actually correct. Every 500 years science throws out 90-95% of what it thought in the past to be correct ! Just ask Paul Fireabend. (scientific american had a dynamite interview with him, i saved it somewhere in my files out in the barn and it's -5C right now, so another day to dig that one out; from the 80's i think)
I now know how I will die; I will have typed so long APOD will have disconnected me and when I hit submit it will lose the entire posting and my heart will burst in fear of having to type it all over again !! LOL
It sure speeds up when I suddenly think, will it be successful during the pause after submit.
He died from a subscript domain typographical error.
my conceptual cosmology is different from the standard model,
In the begining there were large clouds of protons and electrons.
These slowly gathered into large galaxy size clumps.
Individual stars formed first, as the cloud continued to draw together and condense. Eventually an agreed upon center of mass developed, and a massive central domain ensued. It took quite a while for the central black hole to develop as the accretion mechanism was severely thwarted by resistive exponential curves of gravity energy radiative mechanisms as well as electron degeneracy pressures.
Once the central gravity well became massive enough it developed a magnetic structure surrounding it that reached almost to where the present day visible material perimeter exists. This weak magneto-hydro-dynamic (MHD) field had 2 maybe 4 lines of force. It helped to organize the very light protons and electrons and the spiral arms developed and condensed along these lines of magnetic force.
Through subsequent iterations of nova and condensation, populations of stars grew and their percentage of heavy elements increased as nova production and scattering of heavy elements enriched the galaxy.
The central galactic core has a wind that blows the light particles toward a halo area somewhere near the perimeter. It may actually be beyond the visible perimeter and form a hovering layer that is not particularly visible.
I have heard estimates that say the Milky Way makes 5 revolutions in a billion years. (after 50 years I see little difference ! , my jury is still out on that one.)
My feeling is things are much older than mainstream science thinks.
Nova production of heavy elements and spectroscopic analysis of starlight is mostly used for age determination, in my understanding. However I suspect there are much too many heavy elements in this planet Earth to account for the young age mainstream science allows for this section of the galaxy and universe. I have no maths to refute their estimates tho , alas.
If I was to generate an age for this galaxy I think I would start with the central mass, and how long could that form in, is there a minimum time necessary for its formation and it can't be younger than that.
Doing a statistical analysis for the region of our spiral arm neighborhood, how fast can novas make the area as dusty in heavy elements as we observe? Is there any way that heavy elements could be reduced over time so that a 2-3% showing is actually a result of a much longer environment? Can galaxies continue on and remain fairly similar looking? Like water going down a drain, the spiral arms remain consistent with the central gravity well's MHD dynamo production, like standing waves in the drain water. Can the central starlight radiative pressure (solar winds) keep pushing light elements towards the perimeter where they condense and form stars, which as they lose momentum by tidal action drift towards the central region. The heavier elements are drawn in and the lighter elements blown outward, making a merry-go-round recycling action within the galaxy, as it retains its general appearance longterm. This would allow the central gravity-well/black-hole to have an age of 50 billion years, while arm structure stars continue to have a 2-3% heavy element proportionality.
Only galactic mergers and acquisitions would be the serious affectors of galactic shapes. As well as near misses and pass-throughs.
I can imagine M87 to be 150 billion years old.
In light of the graph on page 9 today, it seems evident that nature abhors a black hole, and galactic central structures may take much longer to form than we presently theorize. (now can I find some data to support my conclusions ! that's the task at hand . LOL )
If I use a bunch of incorrect assumptions however derived, I will most likely not reach a correct age for our galaxy. That is the most difficult part of archeoastronomy, what formulas and hypothesis are actually correct. Every 500 years science throws out 90-95% of what it thought in the past to be correct ! Just ask Paul Fireabend. (scientific american had a dynamite interview with him, i saved it somewhere in my files out in the barn and it's -5C right now, so another day to dig that one out; from the 80's i think)
I now know how I will die; I will have typed so long APOD will have disconnected me and when I hit submit it will lose the entire posting and my heart will burst in fear of having to type it all over again !! LOL
It sure speeds up when I suddenly think, will it be successful during the pause after submit.
He died from a subscript domain typographical error.