Prompt: Write me a scientific paper about the latest findings of exoplanets

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               "In conclusion, there is an extreme lack of antimatter due to the lack of magnetic fields, but the rate at which antimatter is released is far greater than expected. With this in mind, it is proposed that a more efficient particle-based method of powering up the particle-based particle-based particle-based particle-powered machine should be developed using magnetism. However, this idea is controversial. Electrobia is already using magnetism to generate energy for particle-powered, stable exoplanets, but there is insufficient neutrino energy obtained to generate stable, stable, stable exoplanets. An alternative approach will be to put neutrons into cryogenic preservation. This will require a significant amount of energy and be feasible at light-speed, but the process of transferring proton-to-neutron particles to proton-to-neutron particles will take a significant amount of time. Electrobia is the new gold mine of energy sources that will help to solve this problem."                   "With exon-to-neutron neutrons being the leading energy source, it may be possible to transfer electricity to the neutrons. However some areas of development have faced trouble with these neutrons because they cannot be generated. There is an issue with the theory that the rate at which electrons are annihilated is proportional to the speed of electrons. Unfortunately this is not true, because if the neutrons were to be destroyed within a few seconds of their destruction, the energy source that produces them would not have any effect whatsoever. This will not work, and a solution to this problem will need to also be found."               "We have observed in a recent survey that certain energy sources, such as nuclear energy, generate electricity. Electrobia, an energy source that produces electricity and power, has been observed performing better than proton-to-neutron energy sources, and can be used to power exon-to-neutron energy sources. The current study has been funded by a number of governments and foundations, and was the first significant success in an area of international cooperation. Electrobia has shown that it can generate power using the neutrons generated from proton-to-neutron particles and not the energy generated from neutron-to-neut