The increasing need for energy by mankind over time has led to climate change problems and, most importantly, human health issues due to the storage of radioactive waste that lasts a very long time, thus affecting future generations.
Advances in atomic and nuclear physics several years ago promised a revolution in energy production, offering a significant advantage over burning coal, gas, or oil. Unfortunately, scientists at that time did not make use of their brains appropriately. They simply misused and wasted all the advanced knowledge acquired in atomic and nuclear physics to just boil water!
Nuclear fusion was "reborn" as an alternative to generate energy that might be "clean" for the environment, with "minimum" radiation risks for mankind and no radioactive waste. Clean energy generation and radiation-free risks can only be guaranteed by using certain technology for nuclear fusion.
Making a fusion reaction happen is not complicated (like 14-year-old Taylor Wilson did in his home in 2008). However, there are two main problems with nuclear fusion that have prevented it from being commercially viable until now:
Currently, most scientists experimenting with nuclear fusion are making serious mistakes. They are using costly devices and wasting vast amounts of energy in an attempt to replicate conditions found in stars on Earth, with no encouraging outcomes to date. Why?
Fusions in stars are processes that are fully determined by probability, so you cannot build a project just on them. Probability is not the same as certainty, even when it represents the likelihood that an event will occur.
Negative mass calculations can provide certainty regarding an effective head-on collision of charges, but scattering cross-section calculations cannot.
Nuclear fusion can be greatly eased by negative mass. I refer the reader to the series of articles about Negative Mass in Atom Nuclei to understand how we can have negative mass behavior in nuclei.
Is nuclear fusion enhanced with negative mass nuclei and particles?
Can negative mass nuclear fusion be made efficient?
Can negative mass nuclear fusion offer better safety?
Does negative mass nuclear fusion rely on statistical processes?
Does negative mass nuclear fusion offer a simpler and cheaper method to generate energy?
In the development of this study, you'll find comprehensible answers to the above questions, which are backed by the experimentally proven laws of electrodynamics through the Universal Electrodynamic Force and the New Atomic Model.
