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- Q3700278 subject Q8431898.
- Q3700278 abstract "The DAMA/NaI experiment investigated the presence of dark matter particles in the galactic halo by exploiting the model-independent annual modulation signature. As a consequence of its orbit, the Earth should be exposed to a higher flux of dark matter particles around June 2, when its orbital speed is added to the one of the solar system with respect to the galaxy and to a smaller one around December 2, when the two velocities are subtracted. The annual modulation signature is distinctive since the effect induced by dark matter particles must simultaneously satisfy many requirements.".
- Q3700278 wikiPageExternalLink home.html.
- Q3700278 wikiPageWikiLink Q1799482.
- Q3700278 wikiPageWikiLink Q18334.
- Q3700278 wikiPageWikiLink Q2.
- Q3700278 wikiPageWikiLink Q200924.
- Q3700278 wikiPageWikiLink Q318.
- Q3700278 wikiPageWikiLink Q339053.
- Q3700278 wikiPageWikiLink Q3700277.
- Q3700278 wikiPageWikiLink Q38.
- Q3700278 wikiPageWikiLink Q390305.
- Q3700278 wikiPageWikiLink Q43533.
- Q3700278 wikiPageWikiLink Q767042.
- Q3700278 wikiPageWikiLink Q79925.
- Q3700278 wikiPageWikiLink Q8431898.
- Q3700278 wikiPageWikiLink Q932.
- Q3700278 comment "The DAMA/NaI experiment investigated the presence of dark matter particles in the galactic halo by exploiting the model-independent annual modulation signature. As a consequence of its orbit, the Earth should be exposed to a higher flux of dark matter particles around June 2, when its orbital speed is added to the one of the solar system with respect to the galaxy and to a smaller one around December 2, when the two velocities are subtracted.".
- Q3700278 label "DAMA/NaI".