Quantized Conductivity as a Neutral Quadrupolar Generator

In a model with bifurcated spacetime a microstructure layer with meV voltages and quantized conductivity of is capable to emit a cosmic ray spectrum by neutral quadrupolar waves with low count rate. Enhanced air ionization, air composition change, layer damage and nuclear disintegration stars as well a second sound with independent waves of temperature and entropy is predicted. The cosmological constant problem is quantitatively explained that quantum statistical vacuum energy density in the layer already contains on average a broadband emission up to cosmic rays. For bifurcated ripped spacetime quantum statistics treats k-components of the tree as particles. Particles as monopole-like fractal strings arise near zeros of zeta functions.