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We explain both the observation of dark matter by the seasonal variation ofthe DAMA-LIBRA data and the observation of ``electron recoil'' events atXenon1T by the SAME dark matter model. This DM is bubbles of a new type ofvacuum containing ordinary atomic matter under high pressure ensured by thesurface tension of the domain wall. Surrounding it a cloud of electrons almostof atomic size. Also we explain the self interactions of dark matter suggestedby astronomical studies of dwarf galaxies etc. Interaction in the shieldingslows the dark matter down to a low terminal velocity. Nuclei in theunderground detectors are thus not detected. Further we explain the``mysterious'' X-ray line of 3.5 keV from our dark matter particles collidingwith each other so that the surfaces/skins unite. Even the 3.5 keV X-rayradiation from the Tycho supernova remnant is explained as our pearls hittingcosmic rays in the remnant. DAMA-LIBRA and Xenon1T experiments see supposedlyour dark matter pearls excited during their stopping in the shielding or theair. The most remarkable support for our type of model is that both theseunderground experiments see events with about 3.5 keV energy, just the energyof the X-ray line. We get a good numerical understanding of the fitted crosssection over mass ratio of self interacting dark matter observed in the studyof dwarf galaxies. Also the total energy of the dark matter pearls stopped inthe shield is reasonably matching order of magnitudewise with the absoluteobservation rates of DAMA-LIBRA and Xenon1T, although the their ratio requiresfurther development. Accepting that the different phases of the vacuum could berealized inside the Standard Model, our whole scheme also could. No new physicsis needed for dark matter!

Atomic Size Dark Matter Pearls, Electron Signal