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#l_dwarf — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #l_dwarf, aggregated by home.social.

  1. Re-post from MinCup past:
    The non-detection of in non-stars shows that it's there.

    Cool red dwarf stars have deep absorption bands from TIO gas in their atmospheres. In yet cooler brown dwarfs those bands have disappeared: opaque perovsite dust has condensed, making the titanium invisible.

    Spectra from Kesseli et al. (2017), images from Gabicca, LEAP group.

  2. Re-post from MinCup past:
    The non-detection of #perovskite in non-stars shows that it's there.

    Cool red dwarf stars have deep absorption bands from TIO gas in their atmospheres. In yet cooler brown dwarfs those bands have disappeared: opaque perovsite dust has condensed, making the titanium invisible.

    Spectra from Kesseli et al. (2017), images from Gabicca, LEAP group.

    #MinCup25 #Astronomy #RedDwarf #BrownDwarf #L_Dwarf #MDwarf

  3. Re-post from MinCup past:
    The non-detection of #perovskite in non-stars shows that it's there.

    Cool red dwarf stars have deep absorption bands from TIO gas in their atmospheres. In yet cooler brown dwarfs those bands have disappeared: opaque perovsite dust has condensed, making the titanium invisible.

    Spectra from Kesseli et al. (2017), images from Gabicca, LEAP group.

    #MinCup25 #Astronomy #RedDwarf #BrownDwarf #L_Dwarf #MDwarf

  4. Re-post from MinCup past:
    The non-detection of #perovskite in non-stars shows that it's there.

    Cool red dwarf stars have deep absorption bands from TIO gas in their atmospheres. In yet cooler brown dwarfs those bands have disappeared: opaque perovsite dust has condensed, making the titanium invisible.

    Spectra from Kesseli et al. (2017), images from Gabicca, LEAP group.

    #MinCup25 #Astronomy #RedDwarf #BrownDwarf #L_Dwarf #MDwarf

  5. Re-post from MinCup past:
    The non-detection of #perovskite in non-stars shows that it's there.

    Cool red dwarf stars have deep absorption bands from TIO gas in their atmospheres. In yet cooler brown dwarfs those bands have disappeared: opaque perovsite dust has condensed, making the titanium invisible.

    Spectra from Kesseli et al. (2017), images from Gabicca, LEAP group.

    #MinCup25 #Astronomy #RedDwarf #BrownDwarf #L_Dwarf #MDwarf

  6. The non-detection of in non-stars shows that it's there.

    Cool red dwarf stars have deep absorption bands from TIO gas in their atmospheres. In yet cooler brown dwarfs those bands have disappeared: opaque perovsite dust has condensed, making the titanium invisible.

    Spectra from Kesseli et al. (2017), images from Gabicca, LEAP group.