  Judging from the fact that the planet Jupiter is bigger in size than the
Earth by 10^3 while is smaller than the Sun by 10^3 and that the average
distance of the Jupiter from the Sun is 5.203 a.u., the solar neutrinos, when
encounter the Jupiter, may have some accumulating effects bigger than on the
Earth. We begin by estimating how much energy/power carried by solar neutrinos
get transferred by this unique process, to confirm that solar neutrinos,
despite of their feeble neutral weak current interactions, might deposit enough
energy in the Jupiter. We also speculate on the other remarkable effects.

Astrophysics