  Future experiments may discover new scalar particles with global charges and
couplings that allow for solitonic states. If the effective potential has flat
directions, the scalar VEV inside a large Q-ball can exceed the particle mass
by many orders of magnitude. Models with low-energy supersymmetry breaking
generically have both the scalars carrying some global charges, and the flat
directions. The Q-ball interior can, therefore, provide an environment for
exploring physics far beyond the TeV scale without the need for building
colliders of ever-increasing energies. Some Standard Model processes, otherwise
strongly suppressed, can also be studied inside the soliton, where the SU(2)
symmetry can be restored, and the quark confinement may be absent. Baryon
number violating processes catalyzed by the large VEV inside the Q-ball can
provide an inexhaustible energy resource.
