Except we can "ferment" it here from the radioactive decay of tritium, which we can make from neutron activation of lithium-6. No need to go to the Moon. But it is of questionable value, since we need a fusion ignition temperature for it twice as high as for tritium.
Are you serious? And if there is an ice cream stand in Lusaka, Zambia, you would ask "What's wrong with going to Africa?" The point is, why go to the Moon for an industrial material, when you can more easily and less expensively produce it on Earth? There are plenty of good reasons to go to the Moon, like there are plenty of good reasons to go to Africa. But not for an ice cream cone. It's an interesting problem in bringing He-3 back to Earth. As a gas at high pressure, it would need heavy tanks. There are commercial dewar containers available that could store liquid helium, but then you would need to carry along the equipment for its liquefaction.
We keep an eye on the Chinese by having eyes (satellites) available to see them.
You really have no idea of the inherent expense of going to the Moon, even with SpaceX's reusable boosters. Certainly out of the question if using the Space Launch System.
You can suppose nonsense if you want. Planck and Schrodinger paved the way in quantum physics for the relationship between frequency and energy, and mass / particle duality. Tesla would have nothing to do with quantum physics, but they made real what he only arm-waved about.
"Scalar waves" are nonsense. You might like to think of them as longitudinal waves, except that electromagnetism propagates by transverse waves. I've tried to see what there was behind it, and it is mostly arm-waving assertion and a complete lack of equations. Maybe you can get some kind of phenomenon by applying a high-voltage alternating current to a terminal electrode and develop a time-varying electrostatic field. In which case, it should be subject to Maxwell's equations. Obviously, no one has found any utility in it.
But Planck and Schrodiner were the first to formulate the equations that linked waves to energy and to matter, using quantum physics, which Tesla abhorred.
Interesting. There's more reality to that than to Tesla's imaginings.
Except we can "ferment" it here from the radioactive decay of tritium, which we can make from neutron activation of lithium-6. No need to go to the Moon. But it is of questionable value, since we need a fusion ignition temperature for it twice as high as for tritium.
Are you serious? And if there is an ice cream stand in Lusaka, Zambia, you would ask "What's wrong with going to Africa?" The point is, why go to the Moon for an industrial material, when you can more easily and less expensively produce it on Earth? There are plenty of good reasons to go to the Moon, like there are plenty of good reasons to go to Africa. But not for an ice cream cone. It's an interesting problem in bringing He-3 back to Earth. As a gas at high pressure, it would need heavy tanks. There are commercial dewar containers available that could store liquid helium, but then you would need to carry along the equipment for its liquefaction.
We keep an eye on the Chinese by having eyes (satellites) available to see them.
You really have no idea of the inherent expense of going to the Moon, even with SpaceX's reusable boosters. Certainly out of the question if using the Space Launch System.
You can suppose nonsense if you want. Planck and Schrodinger paved the way in quantum physics for the relationship between frequency and energy, and mass / particle duality. Tesla would have nothing to do with quantum physics, but they made real what he only arm-waved about.
"Scalar waves" are nonsense. You might like to think of them as longitudinal waves, except that electromagnetism propagates by transverse waves. I've tried to see what there was behind it, and it is mostly arm-waving assertion and a complete lack of equations. Maybe you can get some kind of phenomenon by applying a high-voltage alternating current to a terminal electrode and develop a time-varying electrostatic field. In which case, it should be subject to Maxwell's equations. Obviously, no one has found any utility in it.
But Planck and Schrodiner were the first to formulate the equations that linked waves to energy and to matter, using quantum physics, which Tesla abhorred.