|
|
Thread Tools | Display Modes |
#91
|
|||
|
|||
The mutual tidal radius of Sol~Sirius = ?
On Jul 20, 12:47 pm, BradGuth wrote:
On Jul 20, 11:48 am, BradGuth wrote: Where has all the topic/author love and affection gone these days? It's as though our Google/NOVA hosted Usenet/newsgroups are being continually taunted by those pesky Zionist/Nazi types that have nothing to lose. - Brad Guth Brad_Guth Brad.Guth BradGuth On Jun 25, 7:01 am, BradGuth wrote: Notice how this topic brought all the DARPA brown-nosed clowns out to play. Notice how all of our public owned sumercomputers are being kept as officially taboo/nondisclosure rated. Notice how the ongoing intellectual ****ology of these public Usenet/ newsgroups is continually under the Old Testament thumping gauntlet of those Zionist/Nazi thumbs. - Brad Guth Brad_Guth Brad.Guth BradGuth The mutual tidal radius of Sol~Sirius = ? ( 16 ly) On May 16, 2:18 pm, BradGuth wrote: Would you believe 12 light years. If our Oort Cloud radius is worth as great as 2 ly, and the Sirius Oort Cloud becomes worth 6 ly (each distorted by a conservative factor of 1.5 towards one another = 12) More than likely it's worth 2x combined Oort Cloud radius = 16 ly.. Sorry about that. . - Brad Guth Notice how all the Zionist/Nazi types simply can't tolerate an honest topic about our close interstellar relationship with the Sirius star/ solar system. Apparently a trinary group of any such local stars isn't allowed by their Old Testament or Qur'an that's in charge of everything. Thus whatever mutual tidal radius doesn't apply, no matters what the circumstances. - Brad Guth Brad_Guth Brad.Guth BradGuth Fortunately, I'm not the one and only village idiot thinking about long orbital treks of binary stars. http://apod.nasa.gov/apod/binary_stars.html “APOD: 2005 August 30 - Albireo: A Bright and Beautiful Double Explanation: Sometimes, even a small telescope can help unlock a hidden beauty of the heavens. Such is the case of the bright double star Albireo. Seen at even slight magnification, Albireo unfolds from a bright single point into a beautiful double star of strikingly different colors. At 380 light years distant, the two bright stars of Albireo are comparatively far from each other and take about 75,000 years to complete a single orbit. The brighter yellow star is itself a binary star system, but too close together to be resolved even with a telescope. Albireo, pictured above, is the fifth brightest star system toward the constellation of the Swan (Cygnus) and easily visible to the unaided eye.” http://en.wikipedia.org/wiki/Albireo “It is not known whether the two components are orbiting around each other in a physical binary system. If they are, their orbital period is probably at least 100,000 years.” I believe our orbit of the Sirius star/solar system is currently worth 105,000 ~ 110,000 years, perhaps nowadays it getting a wee bit longer ever since the all-inclusive Sirius star/solar system lost track of 4+ solar masses.. If a 5 and 3.3 solar mass binary star system is good for 75,000 to 100,000 years per orbit, then perhaps ours at 110,000 years per orbit or per close encounter with the Sirius star/solar system isn’t so terribly unlikely. - Brad Guth Brad_Guth Brad.Guth BradGuth |
#92
|
|||
|
|||
The mutual tidal radius of Sol~Sirius = ?
Even though the faith-based mainstream status quo doesn’t care to
agree, it seems our multiple ice-age and subsequent thawing out cycles happened for a perfectly good off-world reason. The most recent ice- age thaw is however our last such ice-age this planet w/moon will ever see. What future generations will have to look forward to is yet another encounter of the stellar kind, that’ll seriously illuminate and even slightly warm us up. In addition to long orbital trek binaries, there’s perhaps also our fair share of trinary and even more complex examples of those far tidal reaching stellar groups within our vast Milky Way of 500 billion stars. http://apod.nasa.gov/apod/binary_stars.html “APOD: 2005 August 30 - Albireo: A Bright and Beautiful Double Explanation: Sometimes, even a small telescope can help unlock a hidden beauty of the heavens. Such is the case of the bright double star Albireo. Seen at even slight magnification, Albireo unfolds from a bright single point into a beautiful double star of strikingly different colors. At 380 light years distant, the two bright stars of Albireo are comparatively far from each other and take about 75,000 years to complete a single orbit. The brighter yellow star is itself a binary star system, but too close together to be resolved even with a telescope. Albireo, pictured above, is the fifth brightest star system toward the constellation of the Swan (Cygnus) and easily visible to the unaided eye.” http://en.wikipedia.org/wiki/Albireo “It is not known whether the two components are orbiting around each other in a physical binary system. If they are, their orbital period is probably at least 100,000 years.” I believe our orbit or close encounter of the Sirius star/solar system is currently worth 105,000 ~ 110,000 years, perhaps nowadays it getting a wee bit longer ever since the all-inclusive Sirius star/ solar system lost track of 4+ solar masses. If a 5 and 3.3 solar mass binary star system is good for 75,000 to 100,000 years per orbit, then perhaps ours at 110,000 years per orbit or per close encounter with the Sirius star/solar system isn’t so terribly unlikely. Of course this would mean those global ice-age and subsequent thawing cycles have some logical association with our cosmic trek that has us headed towards and then going away from the likes of such an impressive star system as Sirius. Currently (as of 8.6 years ago) the measured rate by which we’re closing in on Sirius is 7.5 km/sec. As we get closer to one another, that closing velocity or rate of encounter should increase up until our elliptical trek has us once again headed away from Sirius. Since everything within this universe is in one way or another gravity associated, and/or in orbit around something (even if it’s just a black antimatter hole of a galaxy core), the imposed question of the day is; how close have we gotten to Sirius in the past, and how close will we manage to get this next time around? - Brad Guth Brad_Guth Brad.Guth BradGuth |
#93
|
|||
|
|||
The mutual tidal radius of Sol~Sirius = ?
In article
, BradGuth wrote: Even though the faith-based mainstream status quo That's enough kookery to stop reading right there and ignore the rest of what you have to say. -- Timberwoof me at timberwoof dot com http://www.timberwoof.com "When you post sewage, don't blame others for emptying chamber pots in your direction." ‹Chris L. |
#94
|
|||
|
|||
The mutual tidal radius of Sol~Sirius = ?
"Timberwoof" wrote in message ... In article , BradGuth wrote: Even though the faith-based mainstream status quo That's enough kookery to stop reading right there and ignore the rest of what you have to say. It's safe to ignore everything that Brad Guth says. Just killfile him. Jeff -- A clever person solves a problem. A wise person avoids it. -- Einstein |
#95
|
|||
|
|||
The mutual tidal radius of Sol~Sirius = ?
In article ,
"Jeff Findley" wrote: "Timberwoof" wrote in message ... In article , BradGuth wrote: Even though the faith-based mainstream status quo That's enough kookery to stop reading right there and ignore the rest of what you have to say. It's safe to ignore everything that Brad Guth says. Just killfile him. Yeah. It's hard to distinguish between putting a bandaid on him so no one will confuse his ramblings for reality and picking at him like a scraped knee. -- Timberwoof me at timberwoof dot com http://www.timberwoof.com Official naysayer of the DARPA kind, who knows only of what¹s accepted by the Old Testament of the Zionist/Nazi New World Order which refuses to accept or allow deductive reasoning. |
#96
|
|||
|
|||
The mutual tidal radius of Sol~Sirius = ?
On Jul 21, 1:11 pm, Timberwoof
wrote: In article , BradGuth wrote: Even though the faith-based mainstream status quo That's enough kookery to stop reading right there and ignore the rest of what you have to say. So, apparently I'm more than right enough to bring out all the DARPA brown-nosed clowns, like yourself. - Brad Guth Brad_Guth Brad.Guth BradGuth |
#97
|
|||
|
|||
The mutual tidal radius of Sol~Sirius = ?
On Jul 21, 3:25 pm, Timberwoof
wrote: In article , "Jeff Findley" wrote: "Timberwoof" wrote in message ... In article , BradGuth wrote: Even though the faith-based mainstream status quo That's enough kookery to stop reading right there and ignore the rest of what you have to say. It's safe to ignore everything that Brad Guth says. Just killfile him. Yeah. It's hard to distinguish between putting a bandaid on him so no one will confuse his ramblings for reality and picking at him like a scraped knee. -- So, apparently I'm more than right enough to bring out all the DARPA brown-nosed clowns, like yourself and lord/rabbi Saul Levy. Are you saying there are no such long orbital period binary or any other such complex groups of interstellar tidal radius factors to behold? Are you saying a nearby Sirius star/solar system of 7+ solar mass isn't worthy of once having our Sol within it's tidal radius? - Brad Guth Brad_Guth Brad.Guth BradGuth |
Thread Tools | |
Display Modes | |
|
|
Similar Threads | ||||
Thread | Thread Starter | Forum | Replies | Last Post |
The mutual tidal radius of Sol~Sirius = ? | BradGuth | Policy | 79 | July 22nd 08 05:56 PM |
Mutual Assets | Mutual Assets | Policy | 0 | February 19th 08 06:21 PM |
Replacement for the wrong Schwarzschild Radius -- Qbit Radius :-) | q-bit | Astronomy Misc | 9 | September 5th 07 09:20 PM |
Why is Sirius B hotter than Sirius A? | me | Astronomy Misc | 7 | April 18th 05 02:46 AM |
Galaxy Anchor Black Holes (GABHs) pop up as Tidal Dwarf Galaxies inside Tidal Galaxy Tails. | Leo | Amateur Astronomy | 0 | October 16th 03 07:00 AM |