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Disassemble, move the bits and items, reassemble. It will get better. Even assuming the Earth did transfer by some important distance when everyone jumped, simply think about it: it'd transfer right again once more! Suppose everybody on the planet weighed 100kg (which is an overestimate, 70kg is more prefer it, in all probability much less). Maybe. Or better but: the Earth already has a standing magnetic field; perhaps we might assemble a cylinder of cable round it, and cross current to move it utilizing Lorentz forces. This may be employed to move the Sun and Earth in tandem to a place where the Earth can extra easily be destroyed. Moving the Sun is about 6 orders of magnitude harder than moving the Earth but the Sun is repeatedly emitting energy which will be productively harnessed for this function. Alternatively, because the Earth's angular kinetic energy is negligible compared to its orbital kinetic power, you may consider diverting a comparatively small amount of assets to simply stopping the Earth from spinning at all, before starting the principle mission. Maybe you need to destroy it: a significant variety of strategies for destroying the Earth contain shifting it by some substantial quantity.

It entails asteroids, like the above method, only instead of direct impacts, this time we just steer them past the Earth, allowing rock and planet to trade just a little momentum, with the results of an Earth moving on a barely totally different monitor and an asteroid moving on a considerably totally different one. And lastly, suppose that they all jumped at exactly the same instantaneous, which after all they won't, seeing as the time difference between the quickest watch and the slowest will probably be over five minutes. Which means the gap the Earth moves when everyone jumps will be one trillionth of the space that all of the people jumped: that is to say, 10-11 metres, or about half the radius of a hydrogen atom. Getting all people on the planet to jump at the identical time. Suppose they were all at the exact same point on Earth (which they won't be, thus mitigating the consequences of the jump). You bounce up, the Earth goes down: you fall down, the Earth comes up to fulfill you. It is possible to make use of a solar sail to steer the Earth into the Sun. Better, you may use many, many asteroids one after the other in a gentle stream, and cut down the full time significantly.

Suppose that there have been ten billion people (one other overestimate - there are about 6.Four billion at the time of writing). The obvious main drawback with this technique is that proper now there aren't even theories as to how you would possibly construct rocket engines of the kind proposed here. The principle right here is far the identical, with the railguns behaving somewhat like discretized versions of thrusters, providing instantaneous changes in velocity versus sustained regular change. You might reuse the same asteroid time and again, looping it round a number of gas giants and back to gain heaps extra kinetic energy from those fuel giants in the identical manner that Earth just gained velocity from the rock. If there was some approach to electrically cost the Earth, by dumping a number of identically charged particles onto the Earth or just ionizing particles already on Earth - a big amber rod would possibly maybe be so as - then we may use magnetic fields to drive the planet within the course we wanted it to go. Ceres, the photo voltaic system's largest asteroid, has lower than 1/40,000th the mass of Earth; the Moon, a mere 1/80th. These objects are the heaviest you are possible to seek out - there are heavier moons and whole planets you may consider using, however to be trustworthy from this standpoint it appears more like using a succession of a whole lot, thousands or tens of thousands of smaller asteroid impacts could be a greater wager.

It all depends how fussy you're about how the Earth looks afterwards, of course. Wait long enough, and the photo voltaic wind blowing the sail outwards will take the Earth outward too, since the two are gravitationally bound together! Atmospheric considerations are ignored here since it is way more energy-efficient to manually take away the Earth's ambiance, transfer the planet, and reinstall it. The foremost problem here is figuring out how to choose up huge pieces of continental plate without breaking them. Basically, the purpose here is that modelling impacts like these is a tricky enterprise. Note that the Earth does not and won't behave like a solid, inflexible billiard ball beneath such big impacts as these. Electromagnetic affect. Traditionally the Earth is thought of as "ground", "neutral". Belgium. Design them fastidiously so that when used the rocket engines don't really simply propel themselves through the bottom and into Earth the place they develop into ineffective - you could have to periodically dig them out again after several thousand years' continued thrusting, or else simply build new ones over the top. Plan it proper, and you can couple it together with the Earth with gravity alone, using the photo voltaic wind to balance out the Earth's gravitational attraction.

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