Please give any feedback you may have, negative or positive, about the essay! If you want for me to read over your essays, please, just let me know, and I will be on it. Thanks!
What benefits do you think your research will bring to the world? What additional steps, and by whom, might be needed for this benefit to be realized?*
Thus far, the research that I have conducted has delineated the viability of implementing nuclear fusion as a primary energy source, particularly in impoverished areas, for it is now able to generate more energy than is initially required for ignition. Thus, as exhaustible energy fuels come to an end, and with the economic repercussions of other alternative energy sources, fusion reactors can be implemented ubiquitously, which do not pose a threat for misuse for weapons nor destructive potential.
Moving forward, however, there are still a multitude of improvements that are needed for sustenance solely on fusion. Namely, as the energy generated scales with the size of the reactor, and so too are instabilities mitigates on larger scales, the reactors have to be built on larger scales as to determine whether they can generate sufficient energy for society, which will be central to the study of fusion scientists. Instabilities, therefore, have yet to be understood and are a grand quandary that has yet to be understood in terms of their manifestation and development by theoretical plasma physicists, which will be critical to maintain fusion over long spans of time. Thus, despite the progress that has been made, more always exists over the horizon.
What benefits do you think your research will bring to the world? What additional steps, and by whom, might be needed for this benefit to be realized?*
Thus far, the research that I have conducted has delineated the viability of implementing nuclear fusion as a primary energy source, particularly in impoverished areas, for it is now able to generate more energy than is initially required for ignition. Thus, as exhaustible energy fuels come to an end, and with the economic repercussions of other alternative energy sources, fusion reactors can be implemented ubiquitously, which do not pose a threat for misuse for weapons nor destructive potential.
Moving forward, however, there are still a multitude of improvements that are needed for sustenance solely on fusion. Namely, as the energy generated scales with the size of the reactor, and so too are instabilities mitigates on larger scales, the reactors have to be built on larger scales as to determine whether they can generate sufficient energy for society, which will be central to the study of fusion scientists. Instabilities, therefore, have yet to be understood and are a grand quandary that has yet to be understood in terms of their manifestation and development by theoretical plasma physicists, which will be critical to maintain fusion over long spans of time. Thus, despite the progress that has been made, more always exists over the horizon.
