Digital String Theory Deletes Quark Stars Explains Black Holes
Rodney Bartlett · viXra · 2013
Eminent Princeton physicist Ed Witten famously conjectured that the true ground state of matter (in the sense of the lowest per particle) consists of a mixture of roughly equal numbers of up, down, and strange quarks, with enough electrons thrown in to ensure that this soup is electrically neutral. (Is it possible for a Quark Star to exist? by Victoria Kaspi - Astronomy magazine, June 2013) Scientists have never demonstrated this conjecture to be true, and don't have evidence that stars made of such matter (quark stars) exist. This reminds me of something Stephen Hawking and Leonard Mlodinow wrote on p.49 of “The Grand Design” (Bantam Press, 2010) – “It is certainly possible that some alien beings with seventeen arms, infrared eyes and a habit of blowing clotted cream out their ears would make the same experimental observations that we do (regarding the existence of quarks), but describe them without quarks.” In a similar way, we non-aliens with two arms, eyes that respond to visible light and no clotted cream in our ears could conceive of a quark-electron mixture forming Quark Stars only to find that it actually describes a different mixture (of binary digits) forming black holes instead of quark stars. E=mc^2 is referred to in the description of the conversion from gravitational to the coherent, organized energy that is matter; and also in the description of gravitational producing mass in black holes. We should remember that E=mc^2 appears to only be partly correct because the highest speed possible is Lightspeed. Physically speaking, it cannot be multiplied. Einstein himself proved this. The equation E=mc^2 can be considered a degenerate form of the mass-energy-momentum relation for vanishing momentum. Einstein was very well aware of this, and in later papers repetitively stressed that his mass-energy equation is strictly limited to observers co-moving with the object under study. The version of the equation applicable here may be E=m/c^2*c^2. Referring to the paragraph which states “hidden variables called binary digits could ... allow time travel into the past by warping a 5D hyperspace” - With a single extra dimension of astronomical size, gravity is expected to cause the solar system to collapse (“The hierarchy problem and new dimensions at a millimetre” by N. Arkani-Hamed, S. Dimopoulos, G. Dvali - Physics Letters B - Volume 429, Issues 3–4, 18 June 1998, Pages 263–272, and “Gravity in large extra dimensions” by U.S. Department of Energy - http://www.eurekalert.org/features/doe/2001-10/dbnl-gil053102.php However, collapse never occurs if gravity accounts for repulsion as well as attraction. It does this not only on astronomical scales but on the subatomic, too. It accounts for dark and familiar concepts of gravity, as well as repelling aspects of the electroweak force [such as placing two like magnetic poles together] and attracting electroweak aspects like the strong force. “Electroweak” and “strong” force can be united in that sentence because, as we’ll see, gravitation and space-time are united with both the weak and strong nuclear forces.