Vision from Feeling:
Since you failed to see kidneys, and saw some where there weren't any, you must not really be seeing every molecule and atom in the subject from the atomic vibration up.
After this controlled test you do still believe you can see everything from the quantum wavefunction electron distribution up?
In a previous post, I explained the reasons why you could not possibly be detecting molecular or electron vibration.
You were explaining thermal vibration, yet there are many other forms of known vibration associated to atoms and molecules.
1.) I explained molecules bouncing around. This kinetic energy is measured as temperature.
2.) I also explained atomic vibration of electrons on their bonds. This is what allows atoms to absorb and emit electromagnetic waves.
These are not just thermal vibrations; they are related to the energy in the system. What are these other forms of vibration then? If you don’t sense molecules bouncing around, or electrons vibrating on their bonds, what vibration are you sensing?
And actually, if someone were able to perceive the electron distribution and nuclei of atoms, and could distinguish apart the different chemical elements, one could piece those together into molecules, larger structures, and even up to tissues and organs.
Are you telling me you can see a kidney from the ground up? You can see each billions of electrons, atoms, molecules, that make up a kidney? This is like being able to know the exact location and velocity of every speck of dust in the universe.
Electrons are also constantly moving back and forth between low and higher electron levels, as they gain and lose energy. Are you saying you can tell that at
0.00000000000000001 seconds the hydrogen e- is in the s orbital
0.00000000000000002 seconds the hydrogen e- is in the p orbital
0.00000000000000003 back to the s orbital
0.00000000000000004 back to the p orbital
0.00000000000000005 Hydrogen is now bonded with OH to make water, so now its electron is in the bonding orbital with the O and H.
0.00000000000000006 back to s orbital
And you know this for each of the billion electrons in a kidney?
And how dare you simplify the complexity of electron distribution into the statement, "we all know that electrons are a teeny tiny distance from the nucleus". The exact pattern of electron distribution is very telling, and I am sad that you neglect that
Scientists can study the electron distribution of atoms. But they use equipment that is able to interact with electrons. Forget about what scientists with special equipment can do, and tell me what you can do.
Electrons are a teeny tiny distance from the nucleus. Can you prove to me that you can sense anything different, or that you can sense electrons at all? Without special equipment, we would never even know electrons existed, and we didn’t know for thousands of years.
A scalar field is very special. Knowing a scalar field lets you understand how a quantity is distributed across space, and that is vital for understanding how it will interact with other things.
What kind of scientist are you? You never appreciated math, did you? Gradients are very important. They are even used heavily in Physics, but then, you are not a Physicist.
Scalars and gradients are mathematical concepts. I have taken a advanced linear algebra, and physics and engineering mathematics class that used them a lot. Forget what scalars and gradients can do for solving math problems, and tell me how they explain what you perceive, that cannot be explained some other way. i.e. “I see shapes”
I experience that what is vibrating is the substance that atoms are made of.
What is this “substance that atoms are made of”? How do you know that is what you feel vibrating and not something else?
And therefore, in larger structures composed of this, the atoms, molecules, bacteria, and whole organs have vibrational patterns based on the substance they are made of, that is vibrating.
What are these vibrational patterns? If you sense vibrations, You must know the frequency they are vibrating at? 10Hz, 100000000Hz, 0.0000001 Hz? give me a guess.
If I am in a shaky bridge, I can tell you it is swaying 2 vibrations per minute. Or 0.03 vibration/sec
If I am in an earthquake, I can guess the earth was vibrating at 1 vibration/second
Can you tell me the approximate frequency of the vibrations you are sensing?
You mention x-ray crystallography. Don’t tell me what can be done with specialized equipment, tell me what you can do yourself.