:bugeye: Plane waves are a simple example of wave functions.
Here is a picture of a wave function for the hydrogen atom. The hydrogen atom wave function has an ethereal, almost ghostly quality to it.
....
Is this one of your friends?
I know all about the Hydrogen wave function solution for the Schrodinger equation. Like I said, some of us work on it for a living. And no, I wasn't referring to a friend, I was referring to
me. The research team I head currently has a contract to address some aspects of the Schrodinger equation for particular engineering problems. Real world problems which require actual results, not your laughably ridiculous 'The voices in my head told me' clap trap.
You have lost sight of the forest for the trees. That etheric looking atom wave-function represents all of the information that can be measured.
No, I haven't lost sight of the forest for the trees, I'm speaking from personal experience on what quantum mechanics actually involves and what science requires to make viable justified claims. I work with the Schrodinger equation. I did a quantum field theoretic PhD. Unlike you I get my understanding from reality, not voices in my head.
Lets talk about gravity propulsion drives, experiments and mathematics. I propose that we try a frequency shift experiment to see if we can induce an intrinsic energy density of the vacuum. Take a look at the Einstein equations.
$$R_{\mu\nu}-\frac{1}{2}g_{\mu\nu}+\Lambda g_{\mu\nu} = \frac{8 \pi G}{c^4}T_{\mu\nu}$$
There are two driving terms that result in curvature of space-time, the stress energy tensor and the cosmological constant. If we want to build a gravity propulsion drive, then we really can't depend upon the stress energy tensor because it tells us we need to manipulate solar masses of mass-energy in order to generate gravity.
No, that isn't what it tells us. It provides us with a way of seeing how particular matter/energy configurations will warp space-time. Micro black holes can have masses of less than a single cell in your body but can still warp space-time enough to form event horizons.
Curvature terms are on the left and a Cosmological driving term is on the right. I don't see the gravitational constant anywhere, do you? All I see is the Cosmological constant as a driving term for acceleration fields. The next step is harder than anything you've ever done before. You have to use your imagination to come up with a way to physically manipulate the Cosmological constant, locally; you have to think up an experiment to see if your idea works.
You think that's the hardest thing some of us have done before?
Seriously? I actually did research into varying warped space-time configurations in such a way to get a time varying cosmological 'constant' in an early expanding universe. And what I did was not anywhere close to the level of complexity some physicists consider. Upgrading things traditionally considered 'constant' to time varying interacting dynamical variables isn't anything new. Hell, in string theory it's a practical necessity as that's precisely how string theory says they all behave, as time varying parameters with their own equations of motion.
Your claims not only lack anything quantitatively viable but even your concepts are old hat. You aren't the novel seer you think you are.
Remember that the Cosmological constant is different from gravity; it's not obligated to obey the Stress-energy tensor.
That sentence isn't even coherent, it demonstrates you don't know how the Einstein field equations actually work. Variables obey equations, not other variables. In y=mx+c does x obey y? No, such a statement is gibberish. The
equation links x and y so x and y
obey the equation.
It's too hard and impractical to curve space-time by changing the stress-energy tensor. However, it might be possible to curve space-time by changing the local energy density of the vacuum. Can we figure out a way to do that?
You would do it by altering the mass-energy nature of the space-time, which amounts to altering T. Your argument for why you can just ignore T is invalid. But then that isn't surprising, you're obviously trying to talk about concepts you have no working experience with.
Where ever I got my ideas from doesn't matter.
Yes, it does. Science isn't about making random, unjustified assertions. It's as much about explaining your conclusions as making the conclusions.
I just wanted to contribute something that would help ease human suffering. My motives were honorable.
No matter how 'honourable' your motives that doesn't make random supposition science.
I asked for help from God, from aliens, and from anything else among that might exist, that was also good, and something gave me answers, and ideas, lots of them.
No, you
think you have answers. That isn't the same as actual answers. Taping together buzzwords you don't understand and equations you haven't got any working grasp of does not an answer make.
Let's talk about physics.
We can, the problem is
you can't.
Can a frequency shift (made of 64 individual frequencies) increase or decrease the intrinsic energy of the vacuum?
Except by introducing photons into space-time you make T non-zero, counter to your assertions. Having T=0 is to say "This space-time is empty of all particles". Your experiment involves you introducing something to try and alter space-time warping. Of course putting photons into space-time alters its curvature, as is the case by introducing anything else.
If it could, then I would have a way to make the Cosmological constant of the universe deviate from its naturally occurring value.
No, you wouldn't. The equations even tell you that. Pumping photons into a region of space-time will indeed alter the curvature but because you've altered T, not $$\Lambda$$.
If I could cause the Cosmological constant $$\Lambda$$ to get very large and positive, then I could make space expand much faster than it does naturally. If I could make $$\Lambda$$ large and negative, I could make space contract.
Is there a good reason not to try the experiment?
Yes, there is a good reason, your experiment is inconsistent with your statements.
This may take time to articulate clearly. But let's start with something easy. You can choose any point in space within the physical universe, and that point will have an available bandwidth of electromagnetic frequencies from DC (0Hz) to 10^{25} Hertz (cycles per second). This is available bandwidth, most of which is not used. But occasionally, a photon of some frequency will be emitted, absorbed or will pass through this point in space. Since any frequency can pass through a given point in space-time, then it should have an available wave-function: $$\psi(1Hz)+\psi(2Hz)+...\psi(10^{25}Hz)+...$$. We can't forget all of the irrational frequencies like $$\psi(1.12345Hz)$$.
You have just demonstrated you don't know how quantum mechanics works. That is a completely nonsensical series of statements.
Here is where it gets very complicated.
You have no idea what 'complicated' really is to a mathematical physicist.
Here is where I add something new, something that the physics community should consider.
You not only don't offer anything anyone should consider, you provide reasons not to consider it.
The inertial frame's set of frequency wave functions is bundled together. For an inertial reference frame, frequency wave function $$\psi(925MHz)$$ is like your arm, $$\psi(10MHz)$$ is like your leg; they are connected to the whole inertial frame the way your arm and leg are connected to your body. If I tug on one frequency by emitting frequency shift, then I tug on the whole inertial frame.
For which you can offer no evidence or reasoning. You haven't given anything formal or demonstrated it's possible to even construct a hypothetical system like that, you're just asserting vague things, pertaining to physical concepts you don't understand.