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Remember, you Saw it here First!
A New Twist to those whacky Protoplanetary Disks!
Protoplanetary disks, those enigmatic recently-discovered massive circular areas surrounding several mature & newborn stars, including the one on which our solar-system rides, have been theorized by scientists to have been formed by the excessive swirling of protoformulary gases surrounding the star during and after its ignition & birth.
SciMax, however, is advancing a new & more revolutionary theory concerning this incredible phenomena; one that brings a new twist to the origin Of solar-systems, and the importance of the disks in general.
Coming soon, a Scimax Original Theory,
An Alternative Theory of the Origin of the Protoplanetary Disk.
Copyright SciMax2000
Chapter1
There is ever-increasing evidence that suggests that the proplyd, or protoplanetary disk, the plane on which planets revolve around a star, is formed during the course of the birth of the star, and is actually a gradual process taking thousands of years.
In some incidences, we would like to advance the theory that these disks begin as opposing high-energy streams ejected from the protostar during the birth stage, streams so intense that they stretch for billions of miles in opposite directions into the surrounding universe.These streams are ejected from the protostar at a perpindicular angle to the nascent proto-stellar disk which feeds the protostar.
The protostellardisk therefore performs the function of the energy-source, while the ejected energy-streams are actually the resultant power-fields created by the reaction within the protostar.
At a certain stage, one of the streams weakens in intensity before the other one, thus causing the protostar to start spinning at a certain rate. This spinning process causes the energy-streams to form a massive circular energy-field around the protostar,the diameter of which is equal to the length of the longest stream.
The stream itself, being composed of highly-excited matter, propells this matter throughout the circumference of the field, thus causing the precipitation of several minor star-like reactions in the form of matter-attraction, etc;
These reactions eventually cause the formation of planetary bodies, which, also being highly excited within the field, develop a certain spin around the protostar. There planetary bodies are usually hot-cored .
Eventually the high-energy temperatures cool down, and the energy-field recedes until a point of equilibrium is reached.
On reaching this point of equilibrium, the energy-field stabilizes, thus forming a permanent proplyd around the protostar.
This stabilization point is highly dependent on the rate of development of the protostar, which in turn depends on the time it takes to absorb and consume most of the nascent protostellar disk, which initially formed the star.
As the entire circumferential area within the proplyd cools, and stabilizes, the internal matter within the proplyd continues to form planetary bodies with even cooler cores.
Another way in which a proplyd is formed is that in which a powerful energy-filled shockwave is ejected from the protostar during its birth, which propels highly excited matter throughout the are in a concentric patern.
During the recoil stage of the shockwave, the surrounding matter is then pulled in toward the protostar,at a tremendous rate.
When a certain Point of Equillibrium is reached, the field stabilizes, thus forming a proplyd, where new planets are then formed.
In this type of proplyd formation, the Equillibrium Point is usually that at which the momentum of the receding wave is equal to that of the residual wave being ejected by the protostar.
Chapter2:The SciMax Bubble Star Phenomenon Theory
Sept 24 2000
Copyright SciMax2000.
Contact us at :[email protected]
Stellar object HH30
