Flying Through Treacherous Territories In Outer Space
Question: How Do You Make Your Space Craft Nearly Indestructible
Answer: You increase the amperage of the outer hull to between from
50,000 amperers for making your way through tiny, silty like particles
at relatively high speeds to up to between 100,000,000 to 150,000,000
amperes for making your way through tiny sand to tiny rock particles
smaller than the average size piece of gravel, to up to 350,000,000
amperes at which point, you may be able to fly directly into a small
asteroid and the asteroid will come out the loser, that is, all
smashed up.
Further, reverse energies, energies that move backwards rather than
forwards, need to be present in the ships hull as well. the amperes
settings need to be at the same levels and in the same amounts as the
normal energies. So for a space craft to fly in and to make its way
through areas of our universe where you will find lots of space dirt,
and debris, you may need to slow down a little and then up the
currents to the outer hull, both the normal currents and the reverse
energies currents.
With that, flying perilous missions in search of new resources, new
elements, new mining opportunities, new land to live on, on pristine,
uninhabited planets, in newly built living quarters, collonies, and
cities built by advance groups of engineers, architects, and building
trades peaople, for example, to get away from our place of residence,
this planet Earth, for example, before its sun burns out, dissipates,
and will no longer support life, once normally hazardous, perilous,
life threatening missions will become less hazardous, perilous, and
less life threatening.
You and your crew members will be able to leave planet earth in
advance with a general knowledge of where you want to go, find your
planet you wish to investigate, and then land, do the research, and
return home, unscathed.
Once you get your text books downloaded from one of our friendly but
distant civilizations, and then translated into the many languages
there are for people who are interested in this project, you can study
up on this, and learn all the details of it.
Have A Happy Day!
John Ayres
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