From Sepp Hasslberger blog: Particles of like charge repel each other - that is one of the laws
describing the interaction between single sub-atomic particles. Not in
all cases, says Ken Shoulders - there are some notable exceptions,
although current theory has no description for them. Shoulders, who is
an experimental physicist, has been working with what he calls EVOs or
Exotic Vacuum Objects for more than a decade.
Side view of aluminium foil, coated with silicon carbide, being
subjected to EVOs. The small jets seen coming from under the foil have
penetrated through it. Image: Ken Shoulders
"There is a fascinating new realm of physical effects
not covered by present-day single particle physics description, but
still very much a part of the world we live in. These effects herald
some forthcoming events greater in extent than those found in the
single electron world we are most aware of. This domain is the multiple
electron universe where the effects of electron ensembles dominate all
others."
EVOs or EV charge clusters behave like solitons. They are relatively
stable, forming ensembles of large numbers of same-charge particles
such as electrons or protons and they can be oriented to release their
collective charge in a material target - think of a disintegrator gun (Electric Gun Effects).
...
More: http://blog.hasslberger.com/2007/10/ken_shoulders_evos_exotic_vacu.html