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EMF = ElectroMagnetic Force
Your human body is made up of billions of cells, each with molecules
comprised of two or more Atoms.
The
components of atoms are held together by an ElectroMagnetic Force. So at its very atomic core, your body has
its own electromagnetic force.
With that understood you will be able to realise the significance of other
science that shows clearly how one EMF wave influences another, sometimes in a destructive manner. That needs to
be avoided.
Let's have a look at some basic scientific information about the make-up of
Atoms and the intrinsic part Electrons play in an atom's structure.
Structure
of Matter
Modern physics has revealed successively deeper layers of structure in
ordinary matter. Here is a display of current knowledge.
Matter - composed, on a tiny scale, of particles called
atoms.
Atoms - made up of minuscule nuclei surrounded
by a cloud of particles called electrons.
Nuclei - composed of particles called protons
and neutrons.
Protons and neutrons - made up of even smaller
particles called quarks.
Quarks - believed to be fundamental and can't be broken
up into smaller particles.
Electrons - tiny, negatively charged particles forming orbitals
of negative electric charge.
Atoms
Atom, a tiny basic building block of matter. All the material on Earth,
including human cells, is composed of various combinations of atoms. Atoms are the smallest particles of a
chemical element that still exhibit all the chemical properties unique to that element. A row of 100 million atoms
would be only about a centimetre long.
When two or more atoms combine, they form a molecule. All organisms
rely on a set of chemical compounds and chemical reactions to digest food, transport energy, and reproduce.
But atoms are made of smaller particles, called protons, neutrons and
electrons.
An
atom consists of a small, dense nucleus of protons and neutrons surround by a cloud of electrons.
Protons
and Neutrons
Protons carry a positive charge of +1. The number of protons in
the nucleus determines the total quantity of positive charge in the atom. In an electrically neutral atom, the
number of the protons and the number of electrons (with exactly the opposite electric charge) are equal, so that the
positive and negative charges balance out to zero.
Neutrons are about the same size as protons but their mass is slightly
greater. Without neutrons present, the electrical repulsion among the positively charged protons would cause the
nucleus to fly apart. Such a state is termed "unstable".
Quarks
Quarks are the yet smaller particles that make up protons and neutrons.
Physicists believe that quarks are true fundamental particles, so they have no internal structure and cannot be
split into anything smaller. Quarks are unique among all elementary particles in that they have electric
charges that are fractions of the fundamental charge.
Up-quarks and Down-quarks are two of the six known different kinds of
quarks. Up-quarks have fractional positive electric charges, while down-quarks have negative electrical charges.
Electrons
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The Electron is one of the most fundamental and most important of
elementary particles.
It is one of the few elementary particles that is stable, meaning it
can exist by itself for a long period of time.
Electrons are among the smallest of all elementary particles
and have no detectable shape or structure.
Electrons do have a property that scientists can measure
called "spin", or intrinsic angular momentum. An electron's spin makes it act as a tiny
magnet. Electrons can spin clockwise or counter-clockwise.
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Electrons also have a property called
electric charge, which affects the way they interact with each other and with other electrically charged
particles. This is a single unit of negative electric charge, or -1. The attraction between electrons and
protons holds the atom together.
Electrons,
as tiny, negatively charged particles form a fuzzy cloud around the nucleus of an atom.
Electrons
can behave as both particles and waves. Wave behaviour is measurable and important.
Electrons travel around the nucleus of an atom, but because they behave like
waves, they form regions of negative electric charge around the nucleus. These regions are called orbitals.
This
wave behaviour is very significant because it can be subject of interference.
Continue
. . . .
Getting the idea ?
This will have allowed you to realise the makeup of your very being.
Best to continue on another page to gain an appreciation of how electrons behave as both particles and waves, and
involve an Electromagnetic force - all in your body's atomic cellular structure. Go to - click
link . . . Electron_waves
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To download a PDF portable document file version of this significant
paper about the Atoms, Electrons and Electromagnetic force of humans, and the way this can be affected by other EMF
radiation to pass on to others, feel free to download it from this handy link - Atoms_Electrons_EMF.pdf
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