We don’t have much data on 1 million Kelvin interactions
Neither have we tried saying magical spells in a high pitch much. Aside from the difference in literary genre, why would you expect either scenario to produce anomalies that violate the fundamental laws of physics? To be sure, new discoveries are made all the time in chemistry, biology, medicine etc. but they are all very much compliant with known physics.
1 million Kelvin doesn’t even get close to the limit of known physics, LHC generates collisions equivalent to quadrillions of Kelvin, and quantum gravity is another trillion times that. To a physicist looking for new fundamental physics in a 1 million Kelvin plasma sounds about as random a suggestion as chanting spells. In terms of observational science, only cosmology still has the potential to uncover new fundamental physics, which is way beyond this galaxy or galaxy cluster. This ain’t the 17th century no more.
Neither have we tried saying magical spells in a high pitch much. Aside from the difference in literary genre, why would you expect either scenario to produce anomalies that violate the fundamental laws of physics? To be sure, new discoveries are made all the time in chemistry, biology, medicine etc. but they are all very much compliant with known physics.
1 million Kelvin doesn’t even get close to the limit of known physics, LHC generates collisions equivalent to quadrillions of Kelvin, and quantum gravity is another trillion times that. To a physicist looking for new fundamental physics in a 1 million Kelvin plasma sounds about as random a suggestion as chanting spells. In terms of observational science, only cosmology still has the potential to uncover new fundamental physics, which is way beyond this galaxy or galaxy cluster. This ain’t the 17th century no more.