A physics degree is helpful if you want to analyze the theoretical claims made in the patent (which range from trivial, through ludicrous all the way to "not ev

A physics degree is helpful if you want to analyze the theoretical claims made in the patent (which range from trivial, through ludicrous all the way to "not even wrong"), but you don't need to do any of that to understand just how far from reality (or even "hard" sci-fi) this patent is. Instead, just read the patent, accept the contents at face value and consider the numbers the patent itself claims. Quoting the article: > The application was initially rejected by Patent Examiner Philip Bonzell on the grounds that "there is no such thing as a 'repulsive EM energy field,'" and that "when referring to the specifications as to ascertain about the microwave emitters needed in this system it is seen that for a high energy electromagnetic field to polarize a quantum vacuum as claimed it would take 10^9 [T]eslas and 10^18 V/m." That's roughly the equivalent to the magnetic strength generated by most magnetars and more electricity than what is produced by nuclear reactors. The field values come straight from the patent itself, you can check that. So, apart from all the silly theory, the patent simply assumes, as a matter of fact, that you can easily obtain magnetic fields that are only found in the most extreme conditions in the universe (and are many orders of magnitude away from anything we can conceivably create), use utterly ludicrous amounts of energy and achieve all of this in a portable craft of some sort. How much fact checking and experience do you really need to see that this is not merely beyond our engineering capabilities, but rather beyond even the bounds of sane science fiction?