For ex# -- see PDF file of my lectures
ex#1: (page12)
can we add neutrino masses and mixings to SM without extending particle content of the SM?
ex#2: (page 36)
what other alternatives to the scale of new physics being large to have small deviation from SM observables?
ex#3: (page 38)
show that there is just one dim5 operator containing SM particles
ex#4: (page 38)
how \lambda^{ll} is related to \lambda^\nu and m^\nu ?
ex#5: (page 39)
check that mentioned DIM6 operators are invariants
ex#6:(page 52)
can proton decay if only baryon or only lepton number is violated?
ex#7: (page 55)
which SUSY particles can be at the GUT scale and which ones at the EW
scale to preserve gauge coupling unification?
ex#8: (page 79)
give example(s) illustrated by Feynman diagrams when low DM relic density (large annihilation rate of DM) is not correlated with the large DM Direct detection rate
ex#9: (page 101)
using formulas in the previous pages show that for D=5 (minimal UED = MUED) gives
Mf=10^15 GeV for 1/R = 1 TeV (i.e this model does not solve hierachy problem)