I can only afford to make a brief reply because I am short on time today.
You have previously said you experience atomic vibrational patterns and can do vibrational algebra to match medicines and illnesses. I explained what vibrational energy of atoms and molecules was. Either the molecules are moving around fast, or the electrons bounce back and forth in the molecule. Neither of these tell you anything about organs or bacteria.
You were explaining thermal vibration, yet there are many other forms of known vibration associated to atoms and molecules. 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. Just a thought.
To my knowledge you had never mentioned the quantum physical wavefunction before with regard to your powers. I then explained that the quantum wavefunction is not mysterious, it only means the distance from the atomic nucleus where the electron has a high probability of being. We all know that electrons are a teeny tiny distance from the nucleus. This tells us nothing about bacteria or kidneys.
I have mentioned it in the original VFF thread. And your description of wavefunctions here describes electron distribution, which, if known, reveals the type of chemical element and the environment that the atoms are in that translate into changes in electron distribution. 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. Maybe you are one of those chemists that work on the simplified scale. To you, I presume, atoms are just marbles. What kind of chemist, are you, actually? Definitely not a Physical Chemist, or a Computational Chemist. Nor a Spectroscopist.
Now, you have a new revelation that you see neither the quantum wavefunction, or vibrations but a scalar gradient field. You are trying to impress us with technobabble, because you can no longer use the excuses of atomic molecular vibration, or the quantum wave function. Do you think none of us have a highschool education, or can look up simple science concepts on wikipedia?
The description of gradient is all part of how I have described my experience before, but is now just an extended version.
A Scalar is nothing special- It is a quantity. A scalar field is the quantity varying over distance. I look at mountains, I see a scalar field of altitude, some mountains are tall, some are short.
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.
A gradient- is nothing special- it means the slope of the mountains, If I drew a map of the slopes, some would be steep, some shallow.
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.
So anything we see involves scalars and gradients. Right now I have a scalar and gradient field in my mind of what my face looks like, a steep nose, shallow holes for eyes, etc.You are stating the obvious in a ridiculous way to try to impress people. These are HIGH SCHOOL math concepts!!!!!
I am not trying to impress, I am simply describing what my experience of vibrational information is like. The patterns and shapes that are felt.
If you see vibrations: What is vibrating? Atoms? Molecules? Bacteria? Whole organs?
I primarily
feel the vibrations, and those turn into felt images. I experience that what is vibrating is the substance that atoms are made of. 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.
If you see quantum wavefunctions? How does knowing where the electrons are tell you about kidneys or bacteria?
Quantum physics wavefunctions are in most cases far from a comprehensive or complete picture of the system that they are describing, because many simplifications and approximations need to be made in order to try to wrap the math around the concept. But I have this sense of systems consisting of vibrations, and it is in part similar to how quantum physics defines things in terms of waves.
So, what kind of Chemist were you? How does electron distribution tell you about kidneys or bacteria? Should you go back to school, perhaps? For instance, in X-ray crystallography, X-ray electromagnetic radiation is targeted on a molecular sample, and the electron distribution on the molecules produce an interference pattern. Sort of like taking the electron pattern, and translating that into a corresponding radiation pattern. Deflected X-rays are detected by the instrument and their magnitudes with respect to various angles of impact with the sample, are recorded, and an actual image of the electron distribution of molecules is obtained. And so, by using the electron distribution, the electron distribution is mapped out and the chemical elements are identified, as are the chemical bonds that connect the atoms and the molecular structure is obtained.
As for the various forms of computational chemistry, where calculations are made with electron distribution, such as electropotential maps, to predict chemical behavior.
Imagine if you
could know about electron distribution. You would thereby know about the atoms, because electron distribution is highly indicative of the chemical element. Which then builds up into molecules. And then into any larger structure composed of those molecules, including of course bacteria and kidneys.
If you have another scientific explanation: What is it?
I will discuss that after the IIG Preliminary. I don't have the time today, and I would rather have the data from the Preliminary to guide me. Of course one of my main hypotheses is that I am using involuntary cold reading of external symptoms, that synesthetically translates into corresponding health images.
All your talk of scalars and gradients is another way of saying you see glowing shapes. Just admit it.
The shapes I see are not glowing, actually. And scalars and gradients are a very good way of illustrating experience of shapes and vibrational fields.