HyperFlight
Deep Space
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Archived
DSSP 2000 |
DSSP |
topics deal with
gravitation, free energy, and atomic computability. |
2000 |
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topics for the month of:
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DSSP Topics for December00 |
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DSSP Topics for November00 |
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If we
accelerate real electron in space, and we can do this only by using a
field, it will become increasingly difficult to increase the electron
speed and it will become impossible to exceed the speed of light.
This phenomena is due to:
- Some kind
of "drag" that happens even in the vacuum of space.
Electron bumps into things that appear and disappear in quantum vacuum
- The field
that is accelerating the electron cannot move faster than the speed
of light anyway and we cannot get "ahead" of the field
- Electron
is acquiring wavelength that increases with electron's speed while
the field is trying to collapse the electron's wavelength
- Electron
is acquiring wavelength that computationally relates to space at the
speed of light. At lightspeed, electron cannot compute
[Think about
the mechanism that remembers how much energy a moving electron has.
After all, the conservation of energy must hold at all times, even if
we are not measuring the electron's speed.] |
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We observe
electron's propensity to orbit -- that is, electron's wavefunctions
curl up and close. If the gravitational wavefunctions are straight,
is it likely that the electron does not exhibit gravitational pull
(attraction) toward neutral bodies even though the electron has
measurable mass? |
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DSSP Topics for October00 |
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DSSP Topics for September00 |
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If one arm of
the Michelson-Morley apparatus is evacuated, light speed in this arm
would increase and the interference pattern will shift. Besides using
this as the apparatus for measuring the level of vacuum, you would
also conclude that:
- Air does
not figure intrinsically in the propagation of light
- Whatever
is left after air is evacuated cannot be vacated by mechanical means
- Whatever
is left after air is evacuated cannot be vacated by any means
- Whatever
is left after air is evacuated is a virtual medium
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DSSP Topics for August00 |
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DSSP Topics for July00 |
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DSSP Topics for June00 |
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If you arrived
at another solar system, prioritize what you would search for to
bring back as samples, pictures, analysis [not all choices have value]:
- Nifty
plants, animals, insects. Microorganisms
- Top ten models
- Warfare technology
- Food chains
- Rocks
- Large
stones architectures
- Large-boned
people (like Cyclops) that could lift large stones
- Patterns,
colors, symbols
- Tall buildings
- Planetary
orbits and their momentum. Maps of g vectors at planets of interest
- Closely
knit social groups
- Metals, chemicals
- Underground
structures, mineral deposits
- Other
extraterrestrial visitors
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If atom is
a dynamic mix of real and virtual states, is it possible for many
atoms to be virtual at any one time? [This is not about
spoon-bending]. Besides (near) absolute zero, what is the mechanism
that could keep atoms in their virtual state? |
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DSSP Topics for May00 |
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If sun's
angular momentum increases and a planet is about to be born, what is
the mechanism that keeps the separating mass in one piece rather than
flying off in several pieces and in separate directions? If there are
any remnants, would these become asteroids (even if asteroids are not
in the Oss plane)? [Think secondary momentum] |
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If you can
create gravitational vector(s), would these vectors have the same
magnitude at all times (would these be at the pilot's complete
control) or would one need to come up with a schedule or
instrumentation to gauge its strength? That is, does one create the
vector at will or can one only take advantage of existing though
varying virtual vectors? |
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When photon
becomes real, it ends its existence as light and becomes heat (that
may re-radiate later as another photon if it is not converted to
another form of energy). When electron materializes (unspreads), it
remains an electron and does not change into something else. Why?
[Think charge] |
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DSSP Topics for April00 |
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In the solar
system, planets orbit at different rates, yet solar systems orbit in
galaxy in a lockstep -- regardless of their distance from the eye.
Why? If the solar system is composed of two-body subsystems, what is
the only other available stable (formally organized) entity for a galaxy? |
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DSSP Topics for March00 |
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DSSP Topics for February00 |
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If you had as
much energy as you wanted, would you be able to create matter by
presuming matter and energy are related through a simple equation?
How would you go about doing it? How could you show that the creation
of matter from energy is not possible without information, which, in
and of itself, is represented as virtual energy? |
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DSSP Topics for January00 |
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If the virtual
domain's properties consist of concurrency and coherence, would it be
possible (or would it be a prerequisite) for several virtual objects
to be linked in such a way as to perceive identical experience? If
the linkage collapses, would it collapse for one, some, or for all
virtual objects having such identical experience? [Think system's creation] |
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