Recent content by zaman786

  1. Z

    A Majorana mass term for the electron

    th thanks for your guidance- i have books on particle - but i will appreciate if you recommend some -
  2. Z

    A Majorana mass term for the electron

    i am trying - but thanks for your reply
  3. Z

    A Majorana mass term for the electron

    actually , i am struggling in this field - and i am in isolation - but trying to proceed -
  4. Z

    A Majorana mass term for the electron

    kindly see my working - in attached file
  5. Z

    A Majorana mass term for the electron

    Majorana=1/2mψˉcψ
  6. Z

    A Majorana mass term for the electron

    and left handed electron field comes in doublet
  7. Z

    A Majorana mass term for the electron

    hi, while studying Majorana mass term can be added for the neutrino - as they are neutral - but cannot be added for the electron -as it would violate the charge conservation - i could not understand how charge conservation for Majorana mass term of electron is violated. kindly help
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    A Branching ratio for one decay channel

    surely, you have given hint - looking at its resonance - thanks , i will look into it- thanks a lot
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    A Branching ratio for one decay channel

    thanks a lot for clearing my confusion
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    A Branching ratio for one decay channel

    for example D0 meson has several semi-leptonic decay - i want to find its branching ratio for k-, positron and electron neutrino , i can find its decay width but it has different mode or channel also exist as mention in PDG , so do i have to find decay width for all of these modes and get...
  11. Z

    A Branching ratio for one decay channel

    hi, for studying one decay channel of particle - and measuring its decay width or life time - after this how do we proceed to find the branching ratio - do we need to find the decay width of all possible channel - because its possible even by experiment we are missing some possible decay...
  12. Z

    A How to add higher dimensional operator at higher energy in SM?

    Hi, I Learned that we can add higher dimensional operator but they are non-renormalizable - but effect of higher dimensional operator is vanishes at low energy - my question is than how can we add higher dimensional operator at higher energy - like dimension 5 operator ( weinberg operator)...
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