Asteroids, moons, and planets

Haumea's momentive force

Is the dwarf planet's mass times its speed through space as follows:
Mass = 4.006 x10^21 kg.
X
Speed = 4.428 km/sec.
=
1.77385 x10^22 kilograms of momentive force (decibles) through space.

FYI, Earth and Venus's momentive force of 1.77385 x10^26 kilograms is exactly 10,000 times that of Haumea.
www.RockGiantsOfHwy50.com/dark-matter-energy

Haumea was discovered in an orbit beyond Neptune, December of 2004 by Mike Brown of Caltech, at the Palomar observatory. Unique is Haumea's spinning speed, with an equatorial diameter of 1,632 km and one revolution every 14,400 seconds, this equals 0.356 km/sec or 796.349 mph, slightly faster than the speed of sound.

Uranus demonstrates orbital momentum

As the constant natural propulsion through volute space by eccentrically pumping dark matter around large elemental masses such as asteroids and planets.

Powering a mass through space is orchestrated by the high pressure region of dark matter space, essentially a black hole, facing away from the sun's light.

And because the portion of mass facing the sun projects a low pressure region of primarily disintigrating particles, the mass is naturally pushed through space by the higher pressure from the dark side. Thus the illuminated side of a mass is its leading portion as it moves through space.
www.RockGiantsOfHwy50.com/dark-matter-energy

The unique configuration of Uranus gives it the most efficient orbital engine of all the planets in our solar system.

During the winter and summer solstices (see illustration), Uranus is at its optimal point of thrust towards its orbital path around the sun. In the fall and spring equinoxes however, Uranus's engine is at right angles to its orbital path, somewhat slowing orbital momentum during this period.

And since Uranus's neighbors, Neptune and Saturn have no significant orbital thrust of their own, they are fatally attracted to the black hole off the dark side of Uranus, and follow it around the sun like the Pied Piper.

Uranus is hence the pilot driving our perpetually rotating solar system.

Burden of Dreams, the moon

Named after the famous boulder in Finland, of a similar size.

In this case however, the burden is finding the 10 meter diameter boulder in space, cataloged as 2025 PT5, even with a high powered telescope.

The Burden of Dreams moon will only be nearby for two months, from now until late November 2024. It is estimated BoD will return in 2055, never being able to escape earths gravity entirely. Burden of Dreams is our new moon, just learning to use its wings. It will be hundreds of years before the new moon's orbit becomes normalized with big brother moon, and it will likely grow in size.

The extreme adventure in our far future would be to fly to the Burden of Dreams in space and scale it, just for fun.

Burden of Dreams, the boulder

Elusive marriage of Jupiter and our sun

Force, here on earth has a singular gravitational speed as any mass that falls to the ground becomes static force.

In space however, masses such as planets do not hit the ground as their force of motion is everlasting, perpetual while orbiting the sun at their unique velocity.

Hence a planet's (mass) moving through space at its exclusive velocity (kilometers/second) represents the planet's momentive sound pressure in decibles. Think of planets or asteroids as moving trains with the potential to obliterate anything in their orbital path.

A planet's moons however travel through space at the same speed as their parent planet, hence it is only their difference in masses that are relevant. Most of the quotients are from dividing the mass of each moon to its parent planet however, the mass of Saturn's moon, Titan is also compared to other Saturn moon masses.

Between our sun and the planet Jupiter in outer space, at about 745,083 kilometers from the center of the sun is the Barycenter. Our sun orbits this virtual pivot point at (0.0125 km/s) times the sun's adjusted mass at *(2.0154 x 10^30 kg) = (2.62 x 10^28 kg) momentive force.

Jupiter orbits the same Barycenter at (13.06 km/s) times Jupiter's adjusted mass at *(2.0154 x 10^27 kg) = (2.62 x 10^28 kg) momentive force.

Hence Jupiter and our sun have identical values of momentive force. The sun and Jupiter travel along their orbital paths at identical momentive forces, (2.62 x 10^28 kg).

*Reported values:
Sun - (1.989 x 10^30 kg) <1.013>
Jupiter - (1.898 x 10^27 kg) <1.062>
www.RockGiantsOfHwy50.com/dark-matter-energy

Worm hole space travel

Discovered by reverse engineering the wobbling space rock named Oumuamua.

As this strange elongated object wobbled past us, it demonstrated everything we needed to know about replicating the drive behind its perpetual momentum. And we learned why a planet's gravity has no effect on its artificially piloted trajectory.

Gyroscope piloting chamber

Note in drawing, the drive gyroscope is located off center to the longer length of Oumaumau, and this pivotal region is devoid of mass, except for the bulkheads enclosing the area. The carbon-carbon drive gimble is centered within this mass-free bubble and is vented to outer space.
This design forces Oumuamua to spin on an axis that gives the illusion it is wobbling, but only because we cannot see the compressed dark matter (black hole) hanging on to the end of the shorter radius.

One end of Oumuamua is solid basalt like most of the ship, and it repels dark matter energy. The other end of Oumuamua is a black hole in the shape of the basalt at the opposite end, and cannot be seen by the naked eye.

The ship is propelled by the attraction of dark matter energy as it is drawn to the black hole, forcing perpetual rotation at the gimbal while dark matter pushes against the opposite end, like a rudder.
www.RockGiantsOfHwy50.com/dark-matter-energy

Specifications:
The basalt portions of the ship have a signature of 886 nanometers IR while the black hole has a strong signature of 230.6 nanometers far UV. The short radius of the ship has strong signature of near UV at 384.2 nanometers.

384.2 ÷ 886 = .43363

Black hole powered worm travel

A worm hole can be created and traveled by piloting the the black hole end in a spiral direction as shown in the sketch.

Happy intergalactic travel...