There is no practical way...currently. But likely the energy equivalent in paper clip if released in a short time, could destroy it..or perhaps power it for an extended period.
If you read about nuclear fission and fusion you'll note there are currently only a very small group of materials/elements that are self sustaining, good for the production of power in specific environments...related to binding energy and atomic number (nuclear forces). For example, self sustaining nuclear fission requires moderators to slow neutrons down to stimulate further neutron emissions. And U238 doesn't work,,,"enriched" uranium with extra U235 is required...and even so only a tiny amount of the uranium is transformed to energy..is it maybe 1% or 2%??...I've forgotten but it's small.
Stars are better at creating elemtns and releasing energy than we. Stars convert matter to energy and the other heavier elements but it too is limited...once iron is reached after the creation of a succession of heavier elements via fusion a star can go no further..it collapses under gravitational forces. If big enough, when it collapses, a supernova is born and most of the heavier elements can be synthesized...before it explodes and spreads heavy elements through the universe...which is then incorporated in the next generation of stars and plants...hence you are made of star/supernova remnants!
We can't produce most of what I've described. Stars are "smarter" than we.
If this answer doesn't do it for you, try posting in Nuclear Engineering...Or High Eenergy, Nuclear, Particle...in other FORUMS...