Gary,
For some reason it never ceases to amaze me - the things that people say.
Take, for instance Krauss' quote in the Edge article that you referenced:
There appears to be energy of empty space that isn't zero! This flies in the face of all conventional wisdom in theoretical particle physics. It is the most profound shift in thinking, perhaps the most profound puzzle, in the latter half of the 20th century.
That wasn't the most profound puzzle of the
latter half of the 20th Century and it doesn't fly in the face of any modern physics. It was one of the most profound discoveries of the
beginning of the 20th Century.
As I stated in my previous post - this was originally profered by Einstein circa 1906-1910...several years before Heisenberg formulated quantum mechanics and the Uncertainty Principle.
We've known for an entire century that the energy of some arbitrary volume of space can't be zero. As you stated, that would violate one of those oh so repressive laws that the mean spirited mainstream physicists have recklessly and randomly imposed on us for their own evil and self-serving purpose with the intent of locking out the "real" scientists.
And what in God's name is an "ultra ray"? Can you show me in the literature where it is defined?
There are various means of producing more powerful energies, It can be obtained by turning hydrogen into helium at low temperature and bombarding deuterium with heavier mesons, releasing a fabulous amount of energy;
Now, I know that you didn't write this part of your post - it was a copy & paste from a plain text file from a source other than yourself. Therefore I won't hold it against you if you don't understand it. That being said...
At what "low" temperature do you "turn hydrogen into helium"? Can you define the process and intermediate steps in the nucleo synthesis H ---> He.
What is temperature, anyway?
What mesons do you bombard deuterium with? Why deuterium? Why not, for instance, lithium or helium or neon? Why mesons? Why not, for instance, protons or neutrons?
I understand that if hydrogen is nucleo synthesized into helium that "fabulous" amounts of energy is released. That's the process ultimately used in a thermonuclear device. But in your process, how much energy is released per unit mass of hydrogen?