Hi Florence,
I'm impressed you read those articles - I hope you were able to make sense of them.
Florence said:
...I went to google once more and asked for a description of the raw energy in the Universe.
Here is what I found....
There are 3 states of matter...solids...liquids...and gases
Yes (well, there are
plasmas too, but let's not quibble).
Solids...molecules are tightly packed yet still moving. They bounce off each other at a slow rate There is a slight hum....This is vibration
Not quite - The atoms in a solid are tightly bound to each other, they aren't free to move around and bounce off each other. Each atom vibrates in place according to the temperature of the solid - the more vibration, the higher the temperature. There is no hum - a hum is a sound, which needs coherent vibrations in the air. The atoms in a solid vibrate randomly at the atomic level, and thus cannot be observed or detected without highly specialized equipment, although we can measure the overall effect - the temperature - with a thermometer.
Think about a crowd of people, each holding on to their neighbours, and each doing their own dance (or shivering if it's really cold). The dancing is equivalent to the vibration. The more energetically they dance, the higher the temperature.
Liquids,,,The molecules are more spread out and are moving faster. The sound of liquids are a much higher frequency than that of solids
Partly. Liquid particles are bound firmly but not rigidly. They are able to move around one another freely, resulting in a limited degree of mobility. Liquids don't make sounds any more than solids do. The molecules aren't as tightly bound together because the vibrations are bigger and keep breaking them free.
Think about the dancers dancing so energetically that they can't hold on to their neighbours all the time, so they tend to stay together, but can move around a little. This is like heating a solid until it melts.
Gases... Gases have the highest frequency. Many gases are invisible and the particles are moving at a very high frequency.
No. Gases don't have a frequency. The particles are not bound together at all, so they don't vibrate any more. They are free to move in all directions and the faster they move around, on average, the higher the temperature. Gases are visible or invisible depending on whether the atoms or molecules absorb or reflect light. If they don't affect light at all, they will be invisible.
Imagine that the people break out of their groupings and just run around in all directions, bumping into each other. The faster they run, overall, the higher the temperature. No vibrations here.
Everything in the Universe is energy.
Yes.
Everything in the Universe exists in vibration.
Not really.
Vibration is the process of harmonization and without it the Universe would collapse in on itself
No, vibration is just mechanical oscillation, 'jiggling'. The whole universe is known to be expanding, and vibration doesn't affect whether it might or might not collapse.
The problem is that much of the science on this web page (your link) is incorrect or misleading. Of the six examples they give of 'Resonance', only the last one - the musical strings - is actually an example of resonance. The others are examples of imitation and non-resonant synchronisation.
When it says that in the change of state from solid to liquid to gas,
"When an extremely high vibration meets a lower vibration, the vibrations MUST harmonize. The stronger vibration almost always wins..."
This is a misunderstanding. The increasing vibration (commonly called heat) of the particles in solids and liquids breaks them free of the bonds that hold them together, as I described with the dancing crowd analogy above.
This area of science isn't uncertain at all, it is very basic, and it is what enables engineers and physicists to design and build boilers and freezers, power stations, electronic circuits, engines, and all the other technology of our lives.
That web site is using scientific terminology and mixing a bit of science with unscientific ideas to produce pseudo-science. It may sound like good advice and smack of Edgar Cayce, but the
science it is using is a mixture of mistaken, misapplied, and plain wrong.
I can't speak for the effectiveness of their lifestyle advice - it may work well, but the scientific explanation they try to put behind it is just wrong, and I don't understand why they feel the need to do that. If their advice is good enough to stand on its own, they really don't need to wrap it in pseudo-science.