A helium atom.
This is a helium atom being pulsed with a femtosecond laser. A strobe. It is made by beating a femtosec(10E-15) pulse with a attosec(10E-18) pulse.
No matter what science you study......modern science STILL says that atoms have a very small, dense, heavy(large mass) center with protons and neutrons, and orbiting electrons at certain distances called electron shells.
These film frames show the electrons moving in and out due to an energy pulse. You have to look pretty close.
Do you see any indication of orbit? Only a slight in and out movement and only when pulse is applied. All relative positions stay the same.
Do you see a massive center? It’s an empty center.
And there are no “electron shells”
Also, notice the exact and firm symmetry. The 4 small reflections show the location of the 2 protons. There is a circular magnetic ring that goes thru the center of the protons and electrons, holding the atom together. Can you guess where the neutrons are? There are not “in” the ring.
If you look at my icon, you will see the smallest piece of stable matter. Modern science calls this a hydrogen molecule. This structure is very similar to the helium atom. It is not to scale. In a actual atom, the electrons are about 350-400 times larger than the proton. And the particles are farther apart. The charge of the particles keeps them equal(area/ratio)-distant and the magnetic field lines ties(bonds) them together. The center is empty.
Atoms do not have electron shells, they have nuclear shells.
Shell #
#1 1 circle of 2 electrons and 2 protons.
#2 2 circles of 4 electrons and 4 protons each, 8 electrons and 8 protons total.
#3 3 circles of 6 electrons and 6 protons each, 18 electrons and 18 protons total.
#4 4 circles of 8 electrons and 8 protons each, 32 electrons and 18 protons total.
#5 5 circles of 10 electrons and 10 protons each, 50 electrons and 50 protons total.
So, the hydrogen molecule is also the first nuclear shell in many atoms. Also...the electrons and protons in the outer nuclear shell, can interact with other particles or other atoms’ outside nuclear shell. And with individual and/or common magnetic bonds. Not all atoms have shell #1 as the first shell.
Take a close look at my icon again. The weakest part of the structure is the electron. The reason for this is its’ size. The magnetic field that holds the electron is large and weak at the electron site because of the large diameter. When an external electric or magnetic field hit the atom, the effect on the electron is much, much greater than the effect on the proton. The electron has a much greater surface area for the field to effect and a lot bigger diameter for the magnetic field to effect. This is why electrons do most of the moving in any medium.
Now hold that thought. In certain energetic interactions(such as two H2 collisions)....the electron can be slid down the magnetic field circle....so fast and hard.....that it slips over top of the proton. When it gets right over the proton......the electric fields lock in a co-planner manner. With a proton on the inside and an electron on the out side. A neutron is born.
What does a neutron do?
To keep this conversation simple, we will assume the neutron charge is canceled out and has no effect on the other particles in the atom. Also...the original nuclear shell from wince the neutron was made is gone and the neutron is free. We now have a particle with no charge, but the magnetic power and magnetic intensity of a proton, the magnetic intensity of an electron, plus half the energy of the slide is magnetic. This highly magnetic particle will very quickly bond magnetically with the biggest magnetic target it can find, an electron. The likelihood of this electron to already be bound in a nuclear shell.....is very high.
Neutrons bind with electrons on the nuclear shell.........NOT the protons.
As it turns out.....this is very lucky for us. For without this, there could be nothing but some gas in the universe.
As I said the electron is the weak part of the nuclear structure because of large diameter area and therefore weak magnetic intensity. It can be dislodged rather easily. But if we could keep the same size and increase the magnetic intensity of the electron.......that binds with the magnetic circle.....then the nuclear shell becomes much, much stronger.
If you draw a straight line between the electrons(icon) and call those edges the inside.......the neutron will occupy an area on the outside edge of the shell electron. The neutron will bind to the electron only, thru a small circle of high powered flux. This flux synchronizes with the nuclear flux that is inside the electron also.
This is the MAIN purpose and function of a neutron. To keep a large relaxed electron in the nuclear structure. You can only find large, relaxed, ground state electrons in a DEEP nuclear shell. The neutron allows strong multi-particle shells, allowing bigger atoms.
These electrons in the nuclear shell have to be kept at relatively large sizes, so that the proper distance ratios are maintained so that matter can form. The neutron allows the electron to do this. And the electron allows a magnetic bond between the proton and neutron.
Neutron....the perfect way to bond(connect) multiple particles magnetically, without upsetting charge balance. This allows large nuclear shells and a variety of atoms.
The neutron has energy states and sizes just as any other particle does. However a neutron will not last long outside of a nucleus. Some don’t last long inside a nucleus. A neutron is not a stable particle.
This instability occurs because of un-equal charge area of proton and electron in the neutron.
This causes a wobble in the co-planar pair. The time it takes for the wobble to get big enough to break the particle apart is what the half life is based on.
The half life of a particle, or atom is VARIABLE. It is not constant. It’s environmental and gravitational.
Just as the gravitational constant is VARIABLE. It is not constant.
Mass and gravity are variable, not time and distance.
Gravity does not come from mass. It comes from the electrical vibration of mass. This vibration is a static(connected particle) vibration, not an emission. However this vibration is not 100% efficient. A very, very small amount of this static field is radiated and lost. This is the cosmic microwave background radiation(CMB). Gravity is caused by the static vibration......not the CMB emission.
It’s weak, it’s attractive and it’s electric in character. The strength of gravity is proportional to the number of vibrations in the neighborhood.
This CMB is a energy loss of the vibration that causes gravity. Gravity is decaying. It will decay slowly from here on out. But in the past, it was very strong.
You will notice that the F of the CMB centers around the F of a H2 molecule. That’s about 9X% of matter. The CMB is from the past but it is also being generated in real time. The CMB is not an even flux. It is a map of past and present matter.
This decay rate of gravity was very, very fast in the past. This means that the decay rates of neutrons was much faster in the past. This means that age based on decay rates will have to be re-calculated.
I had originally planed to post a few more photos of atoms to show connected shells and the physical mechanism for the weak nuclear and the strong nuclear forces. Also for the different chemical bonds.
But as usual, I have to stop and explain the reasons for some of my statements.
For someone who believes in modern science....this is a lot to discern.
I will let this digest and see if anyone is interested.
With 10E-25 sec pulses, we should be able to image a fat electron directly. At 10E-32 sec., we should be able to paint it like radar.
Image source.
http://phys.org/news/2014-12-motion-electrons-helium-atom-imaged.html
This is a helium atom being pulsed with a femtosecond laser. A strobe. It is made by beating a femtosec(10E-15) pulse with a attosec(10E-18) pulse.
No matter what science you study......modern science STILL says that atoms have a very small, dense, heavy(large mass) center with protons and neutrons, and orbiting electrons at certain distances called electron shells.
These film frames show the electrons moving in and out due to an energy pulse. You have to look pretty close.
Do you see any indication of orbit? Only a slight in and out movement and only when pulse is applied. All relative positions stay the same.
Do you see a massive center? It’s an empty center.
And there are no “electron shells”
Also, notice the exact and firm symmetry. The 4 small reflections show the location of the 2 protons. There is a circular magnetic ring that goes thru the center of the protons and electrons, holding the atom together. Can you guess where the neutrons are? There are not “in” the ring.
If you look at my icon, you will see the smallest piece of stable matter. Modern science calls this a hydrogen molecule. This structure is very similar to the helium atom. It is not to scale. In a actual atom, the electrons are about 350-400 times larger than the proton. And the particles are farther apart. The charge of the particles keeps them equal(area/ratio)-distant and the magnetic field lines ties(bonds) them together. The center is empty.
Atoms do not have electron shells, they have nuclear shells.
Shell #
#1 1 circle of 2 electrons and 2 protons.
#2 2 circles of 4 electrons and 4 protons each, 8 electrons and 8 protons total.
#3 3 circles of 6 electrons and 6 protons each, 18 electrons and 18 protons total.
#4 4 circles of 8 electrons and 8 protons each, 32 electrons and 18 protons total.
#5 5 circles of 10 electrons and 10 protons each, 50 electrons and 50 protons total.
So, the hydrogen molecule is also the first nuclear shell in many atoms. Also...the electrons and protons in the outer nuclear shell, can interact with other particles or other atoms’ outside nuclear shell. And with individual and/or common magnetic bonds. Not all atoms have shell #1 as the first shell.
Take a close look at my icon again. The weakest part of the structure is the electron. The reason for this is its’ size. The magnetic field that holds the electron is large and weak at the electron site because of the large diameter. When an external electric or magnetic field hit the atom, the effect on the electron is much, much greater than the effect on the proton. The electron has a much greater surface area for the field to effect and a lot bigger diameter for the magnetic field to effect. This is why electrons do most of the moving in any medium.
Now hold that thought. In certain energetic interactions(such as two H2 collisions)....the electron can be slid down the magnetic field circle....so fast and hard.....that it slips over top of the proton. When it gets right over the proton......the electric fields lock in a co-planner manner. With a proton on the inside and an electron on the out side. A neutron is born.
What does a neutron do?
To keep this conversation simple, we will assume the neutron charge is canceled out and has no effect on the other particles in the atom. Also...the original nuclear shell from wince the neutron was made is gone and the neutron is free. We now have a particle with no charge, but the magnetic power and magnetic intensity of a proton, the magnetic intensity of an electron, plus half the energy of the slide is magnetic. This highly magnetic particle will very quickly bond magnetically with the biggest magnetic target it can find, an electron. The likelihood of this electron to already be bound in a nuclear shell.....is very high.
Neutrons bind with electrons on the nuclear shell.........NOT the protons.
As it turns out.....this is very lucky for us. For without this, there could be nothing but some gas in the universe.
As I said the electron is the weak part of the nuclear structure because of large diameter area and therefore weak magnetic intensity. It can be dislodged rather easily. But if we could keep the same size and increase the magnetic intensity of the electron.......that binds with the magnetic circle.....then the nuclear shell becomes much, much stronger.
If you draw a straight line between the electrons(icon) and call those edges the inside.......the neutron will occupy an area on the outside edge of the shell electron. The neutron will bind to the electron only, thru a small circle of high powered flux. This flux synchronizes with the nuclear flux that is inside the electron also.
This is the MAIN purpose and function of a neutron. To keep a large relaxed electron in the nuclear structure. You can only find large, relaxed, ground state electrons in a DEEP nuclear shell. The neutron allows strong multi-particle shells, allowing bigger atoms.
These electrons in the nuclear shell have to be kept at relatively large sizes, so that the proper distance ratios are maintained so that matter can form. The neutron allows the electron to do this. And the electron allows a magnetic bond between the proton and neutron.
Neutron....the perfect way to bond(connect) multiple particles magnetically, without upsetting charge balance. This allows large nuclear shells and a variety of atoms.
The neutron has energy states and sizes just as any other particle does. However a neutron will not last long outside of a nucleus. Some don’t last long inside a nucleus. A neutron is not a stable particle.
This instability occurs because of un-equal charge area of proton and electron in the neutron.
This causes a wobble in the co-planar pair. The time it takes for the wobble to get big enough to break the particle apart is what the half life is based on.
The half life of a particle, or atom is VARIABLE. It is not constant. It’s environmental and gravitational.
Just as the gravitational constant is VARIABLE. It is not constant.
Mass and gravity are variable, not time and distance.
Gravity does not come from mass. It comes from the electrical vibration of mass. This vibration is a static(connected particle) vibration, not an emission. However this vibration is not 100% efficient. A very, very small amount of this static field is radiated and lost. This is the cosmic microwave background radiation(CMB). Gravity is caused by the static vibration......not the CMB emission.
It’s weak, it’s attractive and it’s electric in character. The strength of gravity is proportional to the number of vibrations in the neighborhood.
This CMB is a energy loss of the vibration that causes gravity. Gravity is decaying. It will decay slowly from here on out. But in the past, it was very strong.
You will notice that the F of the CMB centers around the F of a H2 molecule. That’s about 9X% of matter. The CMB is from the past but it is also being generated in real time. The CMB is not an even flux. It is a map of past and present matter.
This decay rate of gravity was very, very fast in the past. This means that the decay rates of neutrons was much faster in the past. This means that age based on decay rates will have to be re-calculated.
I had originally planed to post a few more photos of atoms to show connected shells and the physical mechanism for the weak nuclear and the strong nuclear forces. Also for the different chemical bonds.
But as usual, I have to stop and explain the reasons for some of my statements.
For someone who believes in modern science....this is a lot to discern.
I will let this digest and see if anyone is interested.
With 10E-25 sec pulses, we should be able to image a fat electron directly. At 10E-32 sec., we should be able to paint it like radar.
Image source.
http://phys.org/news/2014-12-motion-electrons-helium-atom-imaged.html