Balloons borne detectors found a large number of low energy antiprotons in cosmic ray streams. These cannot be accounted for by any existing theory of particle physics. The mystery is pending resolution by NASA’s Astromag space detector, abstract follows: The Astromag (for astrophysics magnet) superconducting magnet facility to be flown aboard the Space Station in the late 1990s is described together with its scientific objectives. The Astromag facility is basically a magnetic spectrometer capable of determining the momentum per unit charge and the sign of the charge of fully ionized cosmic rays. The Astromag's science goals include investigating the origin and the evolution of matter in the Galaxy by direct sampling of Galactic material, examining cosmological models by searching for antimatter and an evidence of dark matter, and studying the origin of extremely energetic particles and their effects on the dynamics and evolution of the Galaxy. The Astromag's instrumentation will include an array of particle detectors (the WIZard instrument), a large spectrometer (LISA), and a stack of passive high-resolution track detectors in the Astromag's magnetic field (the SCIN/MAGIC instrument).
There was another mysterious speculation of antimatter impact that occurred at a remote area of Tunguska, Siberia on June 13, 1908. A 1927 research team to the site failed to find any evidence for provable cause of the explosion. The Nobel Prize winner for radiocarbon dating technique, Willard Libby suggested that the explosion might have been caused by small peanut size antimatter from outer space. If he was right this would be more than just cause to worry and to be on the lookout for more of this inorganic alien invasion.


LinkBack URL
About LinkBacks
Reply With Quote



