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The three neutrino mass eigenstates are labelled m, m, and m3. Experiments have determined that Am, = m - m = 75 x 10 and JAm,| = |m - m| = 2.5 x 10-3 eV. %3D %3D ey Calculate the smallest possible value of the sum of neutrinos masses, m, + m, + my, for the inverted mass hierarchy.

The three neutrino mass eigenstates are labelled m, m, and m3. Experiments have determined that Am, = m - m = 75 x 10 and JAm,| = |m - m| = 2.5 x 10-3 eV. %3D %3D ey Calculate the smallest possible value of the sum of neutrinos masses, m, + m, + my, for the inverted mass hierarchy.

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The three neutrino mass eigenstates are labelled m, m, and m;. Experiments have determined that Am, = m - m = 75 x 10 ev? and JAm, | = |m} - m| = 2.5 x 10- ev. Calculate the smallest possible value of the sum of neutrinos masses, m + m, + my, for the inverted mass hierarchy. Enter the numerical value in the box below in units of ev. You should give your answer rounded to three decimal places (eg 0.1234 ev should be entered as 0.123). Answer:
Transcribed Image Text:The three neutrino mass eigenstates are labelled m, m, and m;. Experiments have determined that Am, = m - m = 75 x 10 ev? and JAm, | = |m} - m| = 2.5 x 10- ev. Calculate the smallest possible value of the sum of neutrinos masses, m + m, + my, for the inverted mass hierarchy. Enter the numerical value in the box below in units of ev. You should give your answer rounded to three decimal places (eg 0.1234 ev should be entered as 0.123). Answer:
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