Electricity made by
Released [active strings bubble photon-“energy] by collection of space strings by combs and condensation by power
Power station condensed and transmitted [strings
bubble weve photon-“energy] by photon electron wires,
By some disturbance of the electricity flow photon
electron released strings bubble [photon] by different wave length.
Example short wave Rtg or light, longer waves heat.
All kinds of electricity [energy] appears by released
active condensed strings waves.
Electricity released strings move by
The strongest force.
Activity of electricity [energy, forces] made by]peculiar
strings bubble quarks photons
wind rewind photon wave motion] by contact,
This wind rewind photon
electromagnetic wave motion] activate every creation by contact.
[Wikipedia], energy is a property of objects which can be transferred to other objects or converted into different forms.The
"ability of a system to perform work" is a common description.
U.N.T: Exactly what strings made,
all the forms of energy [activity].
Tejman Cha,im, Henry, Dr. Jerusalem.
Independed researches of
Nature-Wave theory-Grand Unified theory
The released strings appear as strings and bubbles
as wave particle.
Strings bubbles are the
first visible [for us] and behave like
Higgs - Englert particle.
Released bubbles strings quarks move by photon’s
The motion of
strings bubbles by open quanta formations
It’s like that is very simple motion but that is
very sophisticated and complicated to understanding.
We see on this picture all kinds of string motion.
This peculiar sophisticated motion by vibrating
swirling, rotation, wind rewind, revolving strings bubble photon made
Strings bubble quarks activate every creation by
peculiar sophisticated wave motion [like wheels
1 WR124: Stellar Fireball of
primary strings bubbles.
2-3 strings bubbles as
1On The Trail
Of A Fireball by strings bubbles. 2strings bubbles like asteroids.
prominence: beutifull pict. strings bubbles. 3 strings bubbles made
Creation of strings bubble wavy [by NATURE space fabrics Einstein] is still mystery fo us.
Space made and composed by [space fabrics] strings.
Condensation of strings [in some spaces] creates white cloud.
Swirling white cloud create inclination that create white hole.
mentioned by A. Einstein in General Relativity]
White hole [up] by condensed strings, [strings quarks slides] from vicinity,
made singularity that continue by long wormhole [graviton-electricity
] until black hole wich opens [down] and disperse strings for new circle
vicious of strings[energy].
These 3 connected
holes made strong electric forces of string called proton’s quark+, Hurricane expel condensed strings path [electric
stings fire] by black hole.
In physics, energy is a property of objects which can be transferred to other objects or converted into different forms.The
"ability of a system to perform work" is a common description, but
it is misleading because energy is not necessarily available to do work. For instance, in SI units, energy is measured in joules, and
one joule is defined "mechanically", being the energy transferred
to an object by the mechanical work of moving it a distance of 1 metre against a force of 1 newton.[note 1] However, there are many other
definitions of energy, depending on the context, such as thermal energy,
radiant energy, electromagnetic, nuclear, etc., where definitions are derived
that are the most convenient.
Common energy forms include the kinetic energy of a moving object, the potential energy stored by an object's position in a
force field (gravitational, electric or magnetic), the elastic energy stored by stretching solid objects,
the chemical energy released when a fuel burns, the radiant energy carried by light, and the thermal energy due to an object's temperature. All of the many forms of energy are convertible to other kinds of
energy. In Newtonian physics,
there is a universal law ofconservation of
energy which says
that energy can be neither created nor be destroyed; however, it can change
from one form to another
All kinds of energy appear by releasing
active condensed strings.
Energy is that what acts as a
power behind any work or make something to move or happen. Basically anything
from lifting a tiny object to a huge body needs energy. Many a basic
activities we see around us like lifting a book, riding a car, pumping water
and running on the road needs energy. There are many natural sources existing
like sun, water, tides, nucleons etc. Each produce the energy of their own
type. Lets see some of the types of energy here.
Here are some 10 types of energy you can go through it:
1]Solar Energ: The energy that gets radiated by
the sun is known as Solar energy. It provides us heat and light energy free
of cost. The solar energy has lot of application like solar oven, cookers
Energy: The energy
possessed as the body is in motion is known as kinetic energy. For example a
moving bus, Moving bullets, flowing water etc.
Energy: The sum of
kinetic energy and potential energy of a body is known as mechanical energy.
Energy: The energy
possessed by a body as the body is at certain height that leads to the
storage of energy due to its position is known as Potential energy. For
example: a wound spring of a watch, water stored in a dam, a stone lying on
the top of hill, a stretched bow and arrow etc
or Thermal Energy: The
energy possessed by a body due to its temperature is known as heat energy.
For example energy of hot water, energy of hot air etc.
6 Chemical Energy: The energy released in chemical
reactions is known as chemical energy. The chemical energy of sun is used to generate
7Sound Energy: The energy
of a vibrating object producing sound is known as Sound energy. It is only
because of sound energy that we can hear.
8 Electrical Energy: The energy of moving electrons in
a conductor connected with a battery is known as electrical energy.
9 Nuclear Energy: The energy released when two light nuclei
fuse to form a heavy nucleus or when a heavy nucleus splits into two light
nuclei is known as nuclear energy.The amount of energy released is enormous.
1 Solar [pure]
electricity [energy] by solar cells [Photonelectron] by active strings bubbles wave motion
Energy: wiklpedia The energy that
gets radiated by the sun is known as Solar energy. It provides us heat and
light energy free of cost. The solar energy has lot of application like solar
oven, cookers heaters etc.
Solar Energy: solar radiationet the source
of life in our planet. “Light"
Light can also be described as waves, in addition to being a
packet of energy, each photon also has a specific frequency and wavelength
associated with it, which depends on how much energy the photon has (because
of this weird duality - waves and particles at the same time - people
sometimes call particles like photons "wavicles"). The lower the energy, the longer the
wavelength and lower the frequency, and vice versa. The reason that sunlight
can hurt your skin or your eyes is because it contains "ultraviolet
light", which consists of high energy photons. These photons have short
wavelength and high frequency, and pack enough energy in each photon to
cause physical damage to your skin if they get past the outer layer of skin
or the lens in your eye. Radio
waves, and the radiant heat you feel at a distance from a campfire, for
example, are also forms of electro-magnetic radiation, or light, except that
they consist of low energy photons (long wavelength
and high frequencies - in the infrared band and lower) that your eyes can't
perceive. This was a great discovery of the nineteenth century - that radio
waves, x-rays, and gamma-rays, are just forms of light, and that light is
scientific laboratories try to made food from solar Light .strings.
Wave [stream of
strings quarks composed by different energetic strings, that means different
motion of different
Wave motion: by strings quarks.
Smoke column frSm the
2 Kinetic Energy wiklpedia: The energy possessed as the body is
in motion is known as kinetic energy. For example a moving bus, Moving
bullets, flowing water etc. In physics, the kinetic energy of an object is the energy that it
possesses due to its motion. It is defined as the work needed to accelerate a
body of a given mass from rest to its stated velocity. Having gained this energy during
its acceleration, the body maintains this kinetic energy unless its speed changes.
lly possesses this potential energy, and that this energy is converted into kinetic energy as the book falls. Consider a
baseball flying through the air. The ball is said to have "kinetic
energy" by virtue of the fact that its in motion relative to the ground. You can see that it is has energy because it can do "work"
on an object on the ground if it collides with it (either by pushing on it
and/or damaging it during the collision). Every matter has its own
condensed energy by strings bubbles. Example. Bomb throw from plane became
kinetic energy but when explode she released its adhere condensed strings
[potential energetic capacity]
mechanical Energy: The sum of
kinetic energy and potential energy of a body is known as mechanical energy
Mechanical work an amount of energy being transferred in a given process due to displacement in the direction
of an applied force
in the direction of an
Mechanical Energy can be either kinetic
energy (energy of motion) or potential
energy(stored energy of position)
Mechanical Energy - is moving energy. It is
the form that we most see around us. All moving objects produce mechanical
energy. The movements within machines is also mechanical. Examples: People, a
rolling bicycle, moving gears, and running cars.
4 Potential Energy: The energy possessed by a body as the body is at certain
height that leads to the storage of energy due to its position is known as
Potential energy. For example: a wound spring of a watch, water stored in a
dam, a stone lying on the top of hill, a stretched bow
Potential Energy: Condensed a book sitting on a table. have
"potential energy" because if it is nudged off, gravity will
accelerate the book, giving the book Potential
Energy explaned by United Nature Theory [see gravity wave]
Gravity: Only Nature explain alone its sophisticated behavior.
The active earth’s
all time expel gravitational wave which push with strings bubbles down and
table not allow to book fall. The table acts as anti gravitational force.
From earth [energetic
sources] composed by strings quarks. This
by swirling motion create
that create gravity force which push energetic strings paths [now with
gravity spin] back to energetic source
which by swirling motion create again gravitationl wave
The table stop to the book move together with gravitational
strings wave.the table act as “antigravity force” however the table in rest.
Heat or Thermal Energy: The energy possessed by a body due to its temperature is known
as heat energy. For example energy of hot water, energy of hot air etc.
. Thermal Energy: Strings by their peculiar wave
particle motion activate [by touch ] molecules mainly by vibrating motion
that arise kinetic and potential energy. The faster the molecules are moving
around and/or vibrating, the higher the temperature
Wikipedia ThermalA microscopic, disordered equivalent of
mechanicalenergy. Heatan amount of thermal energy being transferred(in a given process)
in the direction of decreasing temperature
The energy released in
chemical reactions is known as chemical energy. The chemical energy of sun is
used to generate electricity.
Chemical energy is the type of energy that is
stored in molecular compounds. Specifically, it is stored in the bonds
between different types of molecules. When something causes those bonds to
the break, the molecules become rearranged, and the energy is released, often
taking on one of the other forms of energy. It is possible to observe the
transformation of chemical energy in everything people do, from driving to
eating to gardening.
Other than through the warmth of the sun, homes are largely heated by
various forms of chemical energy. Wood is one simple example. As it burns,
the chemical bonds in the structure of the wood are broken down and both heat
energy and light energy are produced as a result. In the process, the wood is
transformed into another chemical substance with altogether different
properties: ashes. http://greenliving.lovetoknow.com/energy-efficiency/examples-chemical-energy
Many household and personal items,
from radios to computers to cell phones, rely on electrical energy that has
to chemical energy. The key medium for this exchange is a battery.
When you plug in a cell phone to charge, for example, the current from the
outlet in the wall is converted to chemical energy by the battery inside the
device. When you unplug the phone and use it, the chemical energy in the
battery is converted back to an electrical charge to power the phone. The
same is true for the battery in a laptop computer, as well as common
household batteries (double-A, triple-A, etc.) that can be used in many
devices. Car batteries also utilize chemical energy.
Consider the ability of your body to do work. The glucose (blood sugar) in
your body is said to have "chemical energy" because the glucose
releases energy when chemically reacted (combusted) with oxygen. Your muscles use this energy to generate
mechanical force and also heat. Chemical energy is really a form of microscopic potential energy, which
exists because of the electric and magnetic forces of attraction exerted
between the different parts of each molecule - the same attractive forces
involved in thermal vibrations. These parts get rearranged in chemical
reactions, releasing or adding to this potential energy.
The atoms composed by active strings. Every creation composed by active
atoms molecules strings that creat all chemical reactions and by help ATP
The energy of
a vibrating object producing sound is known as Sound energy. It is only
because of sound energy that we can hear. Sound
Energy- is produced when an object is made to vibrate. Sound energy
travels out as waves in all directions. Sound needs a medium to travel
through, such as air, water, wood, and even metal!
Examples: Voices, whistles, horns and musical instruments.
Sound waves are compression waves associated with the potential
and kinetic energy of air molecules. When an object moves quickly, for
example the head of drum, it compresses the air nearby, giving that air
potential energy. That air then expands, transforming the potential energy
into kinetic energy (moving air). The moving air then pushes on and
compresses other air, and so on down the chain. A nice way to think of sound
waves is as "shimmering air".
[Tejman] explain Doppler phenomenon
Doppler phenomenon is called after
Christian Andreas Doppler and the Austrian mathematician who discovered this
phenomenon, that the frequency of sound waves is higher when vehicles
approach and lower when the vehicle moves away
Electrical Energy: The energy of moving photons electrons
in a conductor connected with a battery is known as electrical energy. .Electrochemical Energ fuel-cell". energy
stored in a battery by maximum condensed strings
active strings in space [created by still mystery space fabrics A. Einstein]
adhere to every formation mainly to oxygen and hydrogen atom with their great
ability to accept fresh active strings. [Life atoms]. energy travel atoms
Collection of space and
generator gstrings by combs and condensation.
Push them to closed wires
circuit for more condensation and send them...
Strings adhere to atom
ectrons and made photonelectron [strings create everything so immediately
create new electron by atoms “living” behavior].
Electrical Energy: The energy of moving electron photons in a conductor connected
with a battery is known as electrical energy.
Brush head 2-pole Wound Rotor [ingeniously description by ww.electronics-tutorialss.ws]
The brushes by friction separate adhere
strings which by their amazing swirling vibration motion of proton quarkee by
releasing wind-rewind enlarging string space and by wave motion create
same Principe electricity [energy] creation only by other model.
rtwork: Left: A simplified
diagram of the parts in an electric motor. Right: How it works in practice.
Note how the commutator reverses the current each time the coil turns
halfway. This means the force on each side of the coil is always pushing in
the same direction, which keeps the coil rotating
All matter is made up of atoms, and atoms are made up of smaller particles, called protons (which
have positive charge), neutrons (which
have neutral charge), and electrons (which are negatively charged). All
that created by still mystery for Us
orbit around the center, or nucleus, of atoms, just like the moon orbits the earth.
Some material, particularly metals, have certain electrons that
are only loosely attached to their atoms. They can easily be made to move from one atom
to another if an electric field is
applied to them. When those electrons move among the atoms of matter, a current of electricity is created.
This is what happens in a piece of wire when an electric field,
or voltage, is applied.
The electrons pass from atom to
atom, pushed by the electric field and by each other (they repel each other
because like charges repel), thus creating the electrical current. The
measure of how well something
conducts electricity is called its conductivity,
and the reciprocal of conductivity is called the resistance. Copper is used for many wires because it has a
lower resistance than many other ometals and is easy to use and obtain. Most
of the wires in your house are made of copper. Some older homes still use
The energy is really transferred by the chain of repulsive
interactions between the electrons down the wire - not by the transfer of
electrons per se. This is just like the way that water molecules can push on
each other and transmit pressure (or force) through a pipe carrying water. At
points where a strong resistance is encountered, its harder for the electrons
to flow - this creates a "back pressure" in a sense back to the
source. This back pressure is what really transmits the energy from whatever
is pushing the electrons through the wire. Of course, this applied
"pressure" is the "voltage".
As the electrons
move through a "resistor" in the circuit, they interact with the
atoms in the resistor very strongly, causing the resistor to heat up - hence
delivering energy in the form of heat. Or, if the electrons are moving
instead through the wound coils of a motor, they instead create a magnetic
field, which interacts with other magnets in the motor, and hence turns the
motor. In this case the "back pressure" on the electrons, which is
necessary for there to be a transfer of energy from the applied voltage to
the motor's shaft, is created by the magnetic fields of the other magnets
(back) acting on the electrons - a perfect push-pull arrangement! That is
beautiful explanation of electricity work, but not explained what the force
which cares the electron is. This force made by active strings.
9 Nuclear Energy: The energy released when two light
nuclei fuse to form a heavy nucleus or when a heavy nucleus splits into two
light nuclei is known as nuclear energy.The amount of energy released is
Main energy strings -source
y generated by nuclear power at EBR-1 at Argonne National Laboratory-West, December 20,
9. Nuclear Energy: The Sun, nuclear reactors, and the interior
of the Earth, all have "nuclear reactions" as the source of
their energy, that is, reactions that involve changes in the structure of the
nuclei of atoms. In
the Sun, hydrogen nuclei fuse (combine) together to make helium nuclei, in a
process called fusion,
which releases energy. In a nuclear reactor, or in the interior of the Earth,
Uranium nuclei (and certain other heavy elements in the Earth's interior)
split apart, in a process called fission.
If this didn't happen, the Earth's interior would have long gone cold! The
energy released by fission and fusion is not just a product of the potential
energy released by rearranging the nuclei. In
fact, in both cases, fusion or fission, some of the matter making up the nuclei is actually
converted into energy.
How can this be? The answer
is that matter itself is
a form of energy! This concept involves one of the most famous
formula's in physics, the formula, E=mc2. sThis
formula was discovered by Einstein as part of his "Theory of Special
Relativity". In simple words, this formula means:
The energy intrinsically
stored in a piece of matter at rest equals its mass times the speed of light
we plug numbers in this equation, we find that there is actually an
incredibly huge amount of energy stored in even little pieces of matter (the
speed of light squared is a very very large number!). For example, it would
cost more than a million dollars to buy the energy stored intrinsically
stored in a single penny at our current (relatively cheap!) electricity
rates. To get some feeling for how much energy is really there, consider
that nuclear weapons only release a small fraction of the
"intrinsic" energy of their components. Nuclear
Energy: The energy
released when two light nuclei fuse to form a heavy nucleus or when a heavy
nucleus splits into two light nuclei is known as nuclear energy.The amount of
energy released is enormous.
Tidal power, also called tidal energy, is a form of
hydropower that converts the energyobtained
from tides into useful forms of power, mainly
electricity. Although not yet widely used, tidal power has potential for future
electricity generation. Tides are more predictable than wind energy and solar power.The moving molecule of
water takes the air because of its quick movement of electrons. These
moving water molecules keeps other water molecules moving. This is
known as Tidal.
Electrify Released strings, move by electro-magnetic
wave photon, the strongest force. For more understanding strings bubbles please read:
We are only on beginning of the paths to understanding
electricity the sophisticated NATURE creation.
© Copyright: Dr. Tejman
Chaim, Juni 2016
Theory of everything.