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The Black Hole in a Spatially Compact Spacetime
[BH gps.wpd]; BLACK HOLE Blue Stars & accretion discs
GUESS BH observer to Blue Star AMBiENCE is assessed, as follows: PREAMBLE: AMBiENT DENSiTY actually refracts VELOCiTY c.!! VELOCiTY c is a MATHEMATiCAL constant, like pi.!! You can ONLY c c CONSTANT ..in the EQUATiON, c.!! The AMBiENT density CANNOT be addressed in GR-Tivity, so c gets "PEGGED".!! Subsequent ERROR is SPACEtime CURVATURE.!! [ This is the SAME SiTUATiON as with the PiONEER ANOMALY.!! ] You will assume an ambient DENSiTY GRADiENT, as per the following; ( BLACK HOLE Blue Stars & accretion disc factor analysis ): For GPS, this equation gives ATOMiC clock PREset FACTOR = _________ = (Very Low ~ BLUE STAR Orbit period tb) / (t1 - tb) = BH observer radius AMBiENT density / STAR's orbital density d3 = (OBSERVERs ambient PARTiCLE COUNT/m^3) / STAR's orbital COUNT/m^3 = ( _________ molpart/m^3) / ( __________ molpart/m^3) = (v1^2 - vb^2) / 2*c^2 = (rA*gA - r3*g3) / 2*c^2 = G*M1*[{1/(n1 - 1)*rA} - {1/(n3 - 1)*r3}] / c^2 (fA - fb) / fb = [{G*M1 / {(n1 - 1)*rA}} - {G*M1 / {(n3 - 1)*r3}}] / c^2 = (Stuckless rS)*[{1 / (n1 - 1)*rA} - {1 / (n3 - 1)*r3}] / 2 .!! 1. Radii rA and r3 MORE relevant to BH BLUE STARs THAN velocity, vb. 2. CAViTY n=0 only & always in GR & Newton Tivity (BOTH no AMBiENT). 3. The BOTTOM line, of the above EQUATiON, is ALL you NEED to SOLVE. 4. The ABOVE equation gives --what would have to be the SYNONYMOUS atomic-clock-PRE-set FACTOR for *NO ANOMALY*, at OBSERVER radius rA. M1 = Mass of EARth (or SUN, Pioneer, BLACK HOLE's example, as here). G = Gravitational Constant. r3 = radius of STARs or rocket VLO. (or STAR orbit radius, as here). rA = radius of orbiting clock's orbit. (..OBSERVERs DiSTANCE, here). v1 = 2*pi*rA/t1 = orbital speed of orbiting OBSERVER. (..Etc ..etc). vb = 2*pi*r3/t3 = speed of the EARth clock (BLACK HOLE frame). v1^2 = rA*g = (vescape)^2 / 2*(n - 1) = G*M1 / (n - 1)*rA [ m1*c/h=nL/wl=fL/c=pL/h=nA/2*pi*rA=eV/h*fA*rA=pA/h*rA ].!! The GUESS ambient density is ADDRESSED, with (n - 1), as follows: G*M1/(n - 1)=G*M1*m1/(mD - m1)=r1*v1^2=r1^2*g=nA*wl*v1^2/ 2*pi*nL [ ..whe c = wl*f / nL = 2*pi*r1 / nA*tbob = 1 / Uo*Eo*c ].!! 1. Fine Structure VARiABLE (n - 1) = (mD - m1) / m1 ,.. ..where mD is EQUiVALENT ambient DisCHARGE mass from m1 ..and where (n) = mD / m1 ..provides the + or - sign. 2. For BLACK HOLE M1 each Blue Star, m1, has a CAViTiY n. 3. HERE the observer is on the OUTside of the BLUE STARs. 4. GUESS 3-d Stuckless rS was Schwartzchild radius in GR. Go c WordPerfect file [BH gps.wpd] & c, pi-Like Go c COSmic reLiEF U_o c GUESS nomenclature Go c info itsy-bitsy bytes PLANCK TEMPERATURE . BLACK HOLE blue star discs result DiRECTLY from factor c^2/f_b. [ The GUESS Kinematic ViSCOSiTY & DiFFUSiON "ambience" FACTOR. ] Typos, *ViSCOSiTY* & *assessed*, CORRECTED.!! Thanks Ken.!! Physics USED TO BE hard, but GUESS simplified all THAT.!! ```Brian Tom Roberts wrote: Happy Hippy wrote: Yes, we know that galactic centers are massive. BUT They do not have the properties of the Black Hole which is theorized to create itself from its own gravity. They emit hugely more than 'Hawking Radiation'. They have a stupendous magnetic field; the jets from some radio galaxies are incredible- their fields contain awesome power. Yes. All from the accretion disk, not the black hole itself. But the black hole's gravitational attraction is what drives this enormous engine. A simple calculation shows that while nuclear fusion can generate energies of a few MeV per nucleon, black holes of the size observed in galactic centers gan generate hundreds of MeV per nucleon in their accretion disks. Tom Roberts Ken S. Tucker wrote: Hi Brian, noticed you've been postin' for awhile. I think the grammar of your posts is hard to read. Physics is hard, I'll suggest a specific clear paragraph others can respond to, otherwise your posts are much to complicated by syntax. Regards Ken S. Tucker |
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