Chemistry
I see that hydrogen is always red, and nitrogen is green, but I do not claim that they actually have those colors.
Vision From Feeling,
Have a friend fill a container with nitrogen, and one with hydrogen. According to dice rolls, they will switch the containers positions while you are out of the room, you mark which is which, leave, and repeat for 20 times.
Please Answer: Why have you not done a simple experiment like this yet?
This is the first thing anyone with a highschool science class, let alone midway through college would do.
Let me give you some advice since I also have a degree in chemistry.
In high school I got better grades than everyone else and felt smart. In college I was a small fish in a BIG pond. I had to get used to being one of thousands of people who were all smarter, better educated, and harder working than me. I can understand the desire to feel special and be praised.
You say you will have a career in science, yet you are demonstrating you have no understanding of science, either the way the physical world works, or the scientific method. You may want to wait until you have taken higher level chemistry and physics classes before you talk so much about vibrations, and how atoms and molecules interact. You have been wrong on many of your statements. You write as if you know the following facts, that matter is made of atoms, and that molecules vibrate, but that you know nothing else.
What does vibrational energy mean????
As you know since you took general chemistry, the kinetic energy of a substance is measured by its temperature. The higher the temperature, the faster the particles are moving around. Why have you never mentioned seeing something hot with a ton of molecules moving at fast speeds, compared to something cold?
Another type of vibrational energy is within the molecule itself, when the atoms bounce back and forth along their elastic like bonds.
First of all, since you claim you can see the difference between hydrogen and nitrogen, these are both diatomic molecules like shown in the picture. That means they have the same exact ways to vibrate. There are no different vibrational patterns. Unless you can count the number of electrons, or neutrons in the nucleus, how do you tell them apart?
You have often talked about trying to add different vibrational patterns to a disease vibrational pattern, to find the one that cancels it out, so you can find a cure. Molecular vibrations do not work like two recordings of audio waves that can be added together to cancel. You have two totally different structures vibrating. If you asked any of your professors to explain this, they would agree.
Also, molecules are constantly switching back and forth between vibrational modes, as they gain and lose energy, this is on the order of millionths of seconds. A large molecule, like those in our body, would have thousands of different combinations of vibrational states.
So, Supposing you had microscopic xray vision and could see bacteria in the body. What should you be seeing according to chemistry?
1.) A trillion gas particles from the air flying around between you and the person. (Each of them vibrating their atoms back and forth).
2.) In the body, trillions of molecules, with each one having atoms bouncing this way and that.
3.) Somewhere in there you can see a bacteria, which is another giant structure full of molecules with atoms bouncing back and forth.
4.) And all the particles are flying around fast or slow based on their temperature. Everything goes back and forth between vibrational modes, and changes speeds in millions of a seconds.
You would basically see a billion ping pong balls bouncing around at incredible speeds. Would it be easy to distinguish anything at this level???
Take a look at this picture to see the scale of everything, and how many atoms there are flying around!
You are not fooling or impressing anyone with your references to chemistry and physics. Anyone with knowledge of the subject can see you either don’t know any of it, or are just ignoring what you do know, and saying catch phrases to impress people.
Working in a lab, you have one thing that is important above all else. This is your honesty. You can not know much, but if you can be relied on to accurately record your procedures and results, you will be a good employee. You can be as brilliant as Einstein, but if you lie about your results once, all your previous results cannot be trusted, everything you have done must be thrown out and redone.
Therefore I would caution you about the impression you are making to future employers. A scientific education is very valuable, I think you should remember that. As you may have noticed when you posted on psychic's forums, any random person can claim they saw this or that. But a person who can apply the scientific method is very rare.
), the posts from the FACT group and much, much more.