Albert T. Viar

Hello Astronomical Enthusiasts, The New Zealand and Australian images of the radio lobe of Centaurus A were published as "The Blue Whale of Space". The WMAP All Sky Survey of five years covered the matter well and showed the massive structure in the center of our galaxy. The Max Plank Institute has published a new map of the Milky Way. The map was produced with a method known as the Farady Effect.This new map may be seen on Earth Changes Media of December 8th, 2011, newsletter@earthchangesmedia.com. An observation of mine may be useful to some you: When observing an astronomical field rich with stars, there are moments when one wonders at the patterns of star arrangements into semicircles and straight lines. I suggest that White Holes eject matter as stars and other objects in pulses of matter which may be rings of stars. An example would be Sn1987A. An example of the straight line display would be SS433 with its knotted beams of matter. Cosmic collisions and mergers would account for the missing segments and consider the displays are layered by distance to further compound the images. The White Holes disburse matter. The Black Holes accept matter. Both the White Hole and the Black Hole have a transition phase called a Singularity. The interface between the Black Hole Singularity and the White Hole Singularity on the side of them not observed by us would be a much discussed Alternate Universe. Consider the White Hole and the Black Hole as compared to an electrical circuit. Without a continuous circuit, there is no energy flow. Since we do observe energy flow, the circuit must be continuous. If the electrical circuit analogy holds, the spaces between matter expulsion in the rings of SN1987A would be analogous to a Phase Change and may represent the elusive Dark Matter. It seems that NASA has never found a White Hole. I seem to have found a large number of them, such as NGC1097 in Fornax with its under construction galaxy, and SN1987A, and every other barred White Hole producing stellar objects. As an experiment, call up a rich field if stars, relax and observe that field closely. Search out the semi-circle examples and the straight line series patterns. Visualize a White Hole, spinning or not, bringing those stars into being. Those barred White Holes which are spinning will produce effects similar to SN1987A. Those not spinning would produce straight line displays. I suggest that NASA has never found a White Hole because NASA is wrong with their theory of stellar evolution. I suggest you apply your own perceptions to the task. Let us lift the field of Astronomy from the clutches of NASA and form our own opinions and theories of stellar evolution. If I, and we, are found to be correct in these theories, there will be a massive reclassification of our universe and its contents on our hands. Respectfully Yours, Albert T. Viar

Hello Astrophysics Enthusiasts, A brief look at the Creation scenario and how it might have been... and the Lord said... "Let There Be Light" and there was... Having surveyed a continuum ripe for recycling and an empty continuum ready to be born, the Lord said..."Let There Be Light", and there was. With a flash of light and a shower of multi-wavelength Neutrinos, a White Hole appeared in the birthing continuum, and a Black Hole appeared in the continuum to be recycled. The resulting Einstein-Rosen Bridge began siphoning one continuum into the other. The White Hole extended opposing beams of condensate matter and a spiral galaxy was begun. For an "On the scene report, observe White Hole SN 1987A and its two companion white holes, White Hole NGC 1097 with its three companions, and SS 433 with its one visible matter condensate beam forming stars and more. Albert T. Viar

Hello Astrophysics Enthusiasts, Space Com posted a photo of NGC 1097 where it was described as a Black Hole consuming a spiral galaxy. NGC 1097 has been revealed to be a White Hole and probably a component of an Einstein-Rosen Bridge. The difference is that NGC 1097 is building a spiral galaxy by ejecting matter with its opposed beams of matter. Einstein's theory of gravitation treats the white hole as an ejector of matter and the black hole as an acceptor of matter. Google shows pictures of NGC 1097 where one can clearly see that NGC 1097 is indeed a white hole. As for the spiral galaxy effect, either the beams are rotating, or the white hole is rotating or the spiral galaxy is rotating. Another item of interest is shown by the geometric form of the matter composing the spiral galaxy. The clumps of matter, drawn together by their own gravitation are followed by spaces where no matter is evident. This alternation of matter and voids are a sign of a Gravitic Waveform, a resonant structure with wavelength, frequency, peaks and nulls,indicating the presence of a Gravitic Spectrum at work. A Gravitic Spectrum suggests all the effects of a Field Spectrum should be observable. Other examples of this gravitic scenario include 1987A, SS433, and Centaurus A (CenA). The small clumps of matter forming the spiral galaxy, 1987A and its immediate neighbors show the same features. The visible beam of SS433 shows matter-void-matter features. I propose that those features represent matter freshly ejected by a white hole and that SS433 is also a white hole. CenA shows wavelength peaks and nulls with its upper portion showing a semi-transparent beam before the brown mass snugged up against the gravitic force-field. SS433 shows the matter-void-matter scenario in its visible beam. The cocoon of SS433 is likely a force field similar to that of CenA. NGC 1097 is described as a barred structure. The opposing jets form the visible bar of this and other barred structures. NGC 1097 has brought into our universe three structures which have opposing jets. There is not yet enough data to say if they are black holes or white holes. The three objects are in line with a beam of NGC 1097, which is the longest known such beam in our universe. The scenario of the three active objects being transported into our universe by NCG 1097 has ominous overtones. The increasing speed of expansion of our universe is another likely effect of the gravitic spectrum. Consider the effect of centripetal force acting upon a gravitationally bound and rotating galaxy. The outer portions would experience an ever increasing dislocation with distance from the core gravitational anchor. All the effects we observe in the currently known world of physics should manifest within the gravitic spectrum. I welcome comments and discussion. Albert T. Viar