http://phys.org/news/2014-09-particle-detector-hints-dark-space.html
Particle detector finds hints of dark matter in space *As the visible matter in the universe consists of protons and electrons, the researchers reasoned that the contribution of these same particles from dark matter collisions would be negligible. However, positrons and antiprotons are much rarer in the universe; any detection of these particles above the very small expected background would likely come from a new source. The features of this excess—and in particular its onset, maximum position, and offset—will help scientists determine whether positrons arise from astrophysical sources such as pulsars, or from dark matter*. Dark matter is not producing these positrons, it's LENR. Proton rich fusion of hydrogen with interstellar nanoparticles will generate loads of positrons. This together with a 400% excess of XUV radiation points to a likely footprint of cosmological LENR. Until science recognizes LENR, they will be chasing their tails in trying to explain these LENR footprints..
