|
Absolute measurement system...theoretical system where all
measurements are considered to be relative to absolute geometric coordinates. |
|
absolute mass...symbol MA, is the
total mass of matter wavicles that are at rest
relative to the substratum. This is the mass listed in the periodic tables.
The term at rest refers to a matter particle not moving even though wavicles within it are traveling. |
|
absolute energy...symbol EA, is the
total energy of wavicles that are at rest relative
to the substratum. The term at rest refers to a matter particle not moving
even though wavicles within it are traveling. |
|
absorption...taking into from the space
around. |
|
acceleration...the rate of change of
velocity with respect to time. |
|
aether...sometimes
spelled ether especially in the |
|
ambient temperature...the
temperature of the surroundings. It is implied that the ambient reservoir is
infinitely large compared to another reservoir that is used. |
|
ambient temperament...the temperament
of the surroundings. This is usually also the temperature of the
surroundings. It is implied that the ambient reservoir is infinitely large
compared to another reservoir that is used. |
|
ambient reservoir...a reservoir is
considered to be a source of internal energy in equilibrium or at the same
uniform temperament. It is implied that the ambient reservoir is infinitely
large compared to another reservoir that is used. |
|
anergy...means
the same as bound energy. This word is not common anymore, may be found in
some older books. |
|
atom...the building block of molecules. |
|
availability...means the same as exergy and exergic energy. |
|
availability evaluation...is the
same as a second law evaluation except that generally only exergic energy is considered. In other types of second
law analysis the evaluation is made more specific by limiting the evaluation
to such forms of energy as helmholtz energy or
expansion energy. |
|
biology...the science of life and living
organisms. |
|
blackbody...an ideal substance that
absorbs all and reflects none of the radiant energy falling on it. |
|
boson...a class of energy wavicles, such
as the photon, pion, or alpha particle, that permit
any number of identical wavicles to occupy the same
quantum state or spot. |
|
boson energy...the amount of energy
in a boson such as a photon. |
|
bound energy...symbol BE, is the
energy that can not be converted to external energy based on a certain
temperament or temperature of the ambient reservoir. See plural energy system
for chart of different energy forms. |
|
brightness...a measure of the amount of
photons striking a surface per unit of time. |
|
calorie...when spelled with lower case is
actually called a small calorie. An average person eats around 3,000,000
calories per day. Big calories are also called kilocalories. |
|
Calorie...when spelled with upper case letters is actually called a
big calorie or kilocalorie. To avoid confusion when speaking it is better to
talk about calories when talking about small calories and kilocalories when
talking about large Calories. An average person eats around 3,000
kilocalories per day. Many food packages are also listing the food value in
joules, something that is now preferred. In the case of food, the kilocalories is the chemical energy of the food.
Sugar is converted into muscle power at about 25% A-X efficiency |
|
caloric energy...with symbol QE is
a new term which represents the amount of internal energy that will flow
between two reservoirs. Caloric energy cannot be completely converted into
external energy.
Caloric energy is the amount of internal energy that would flow from
one system to another |
|
carnot ratio...with
symbol Cr can be used to represent the external energy that could be
extracted from a flow of caloric energy at an instantaneous moment such as
when a single photon is converted.
The carnot ratio plotted on a graph shows the
changing conversion efficiency during a process |
|
Carnot cycle...a theoretical
engine cycle first theorized by Sadi Carnot that can theoretically convert all the helmholtz energy from two reservoirs of thermal energy
into external energy. It is the only cycle that can achieve this efficiency
without using a heat exchanger. Some other cycles can achieve nearly this
efficiency only when they approach the point of not producing any power, however the Carnot cycle
can achieve this efficiency at full power conditions in theory. |
|
Carnot, Sadi
1796-1832...French physicist and engineer who founded the science of
thermodynamics. |
|
Celsius...symbol °C and spoken degrees Celsius, relating to a
temperature scale that registers the freezing point of water as 0° and the
boiling point as 100° under normal atmospheric pressure. |
|
chemical energy...symbol CE, is the
energy stored due to the bonds between the atoms in the molecule. See plural
energy system for chart of different energy types. |
|
chemistry...the science of the composition
of atomic and molecular systems. |
|
clock...an instrument for measuring or
indicating time. |
|
cogen energy...symbol
DE, is a new term that is composed of external energy and caloric energy. It
most often represents the combination of electricity and heat available in a
co-generation power plant. |
|
color...visual effect resulting from the
eye's ability to distinguish the different wavicle
frequencies of light.
We see color based on the frequency of individual wavicles
and not on spacing between wavicles |
|
competing models...competing
descriptions of how a system operates. |
|
compressed...pressed together into less
volume or space. |
|
continuum...the continuous extent of
space. Sometimes also relates to it being a substratum. |
|
convenient model...convenient
descriptions of how a system operates. |
|
Clausius, Rudolf 1822-88...German
mathematical physicist. He introduced the concept of entropy and restated the
second law of thermodynamics to say that heat cannot of
itself pass from a colder to a hotter body. Through investigations of
heat, electricity, and molecular physics, he developed the kinetic-molecular
theory of gases. |
|
current model...description of how
a system operates based on the most current information. |
|
curvature of space...a concept popularized by Einstein where space is considered to curved due to the effects of gravity force fields on light. |
|
|
|
decomposing...to separate into components. |
|
definition...a statement of the meaning of
a word. |
|
Descartes aether theory...he proposed
that the universe was entirely full of three elements. All material things
were made of the third element. The second element's particles made up a
fluid called the aether that filled the space
in-between the third element. The first element was what the aether particles were made of. Light was not made of the
third element but was rather a vibration that traveled in the aether fluid. |
|
diffraction...bending of the direction of
travel of photon wavicles around the edge of an
obstacle or by a narrow aperture due to attractive forces. |
|
diffraction grating...a large number of very fine parallel grooves
or slits cut in a glass or metal surface which produce colors of the rainbow
like a prism. |
|
directional...in one direction only. |
|
distance...the extent of space between two
places. |
|
Einstein, Albert 1879-1955...German-born theoretical physicist
whose special and general theories of relativity revolutionized modern
thought on the nature of energy. |
|
einstein
energy...symbol EE, is the total of all forms of energy in the universe.
In the older Law of Conservation of Energy it was said that energy can neither be created or destroyed. The form of energy that
is referred to is really einstein energy. Other
forms of energy such as helmholtz energy can in
effect be destroyed in a system. See plural energy system for chart of
different energy forms. |
|
electron energy...symbol ZE, is the
sum of both the motion and position energy of the electron wavicle. This is not the same as electrical energy which
is a form of external energy. See plural energy system for chart of different
energy forms. |
|
electricity...an electric current produced
by the repulsive force produced by electrons of the same charge. A flow of
electric current represents electrical energy which is not a form of internal
energy but rather external energy. |
|
electrical energy...symbol WE, not
to be confused with electron energy. A flow of electric current represents
electrical energy which is not a form of internal energy but rather external
energy. |
|
electromagnetic force field...holds
together atoms and molecules, is responsible for magnetism and electric
forces. It is not known why forces occur. |
|
emission...a discharge into space around. |
|
Energy Conversion Law...in any particular process of converting
external energy to internal energy or internal energy to external energy, if
any temperament produced is less than the maximum possible for that process,
there will be a loss of exergic energy in that
process. |
|
energy science... presently science
is divided into the fields of physics, chemistry and biology. It is
beneficial to group the basic concepts of energy from the different areas of
science together. Such a common study of energy could be called energy
science which does not cover specific details of all of science but rather
only the ones specifically relating to the concepts of energy. |
|
energy...the ability to create a force
over a distance in the universe from the very smallest event within the
tiniest of particles to the very largest between celestial objects in the
universe. Energy then is the ability to do work some time in the future. It
is stored work potential. [1] Energy is the ability to create a force over a distance some time in
the future |
|
engineering...profession devoted to
designing, constructing, and operating structures, machines, and other
devices. |
|
entropy...a measure of the amount of
thermal energy which can not be converted into external energy. In other
words it is a measure of the amount of bound energy in a system. It is not
though equal to the bound energy. Entropy is a number that can be multiplied
by the ambient temperature or temperament of Reservoir T0 to obtain the bound
energy. |
|
enthalpic
energy...symbol HE, is often called enthalpy presently. It contains a
mixture of internal and external energies. See plural energy system for chart
of different energy forms. |
|
enthalpy...same as enthalpic
energy. |
|
enzyme...proteins produced by living
organisms which function as biochemical catalysts. |
|
equilibrium...a reservoir of internal
energy at the same uniform temperament. |
|
essergy...same
meaning as exergy or exergic
energy but is not used anymore. |
|
ether...sometimes spelled aether. This should not be confused with the common gas
called ether. A word used since early times to represent a material medium
that light travels in. It is not likely that light travels in a medium made
of matter, however there must be a structure of space for light to travel in
relation to. A modern word for this non material medium is substratum. |
|
exergy...same as
exergic energy. |
|
exergic energy...symbol
YE, is composed of external energy plus helmholtz
energy. In other words it is a form of energy which could be entirely
converted into external energy in some type of process. See plural energy
system for chart of different energy forms. |
|
exergy
evaluation...a second law evaluation is a calculation of the maximum
amount of external energy that could be extracted from a system based on a
certain reference atmosphere. A reference atmosphere is a body of matter such
as the earth that energy can flow into during a conversion of internal energy
to external energy. In engineering the second law evaluation is also called
an exergy evaluation or availability evaluation,
but this is generally a more specific type of evaluation involving only exergic energy. Exergy is
considered to be the amount of external energy that can be drawn from energy
based on a certain reference atmosphere. Exergy is
not considered to be a form of energy but a designation of the quality of
energy. Availability is a word that means the same as exergy. |
|
expansion energy...symbol VE, such
as that contained in high pressure air in an automobile tire is an important
hybrid form of external energy. While it is definitely considered to be a
form of external energy, it appears to be a form of thermal energy and obeys
many of the same gas rules as thermal energy. See plural energy system for
chart of different energy forms. |
|
external energy...symbol XE, is the
directionally oriented motion energy or multidirectional energy that can
theoretically be entirely converted to directional energy in simple one-step
mechanisms. See plural energy system for chart of different energy types.
Internal energy and external energy forms |
|
fermion...a particle,
such as an electron, a proton, or a neutron, which obey statistical rules
requiring that not more than one in a set of identical particles may occupy a
particular quantum state. |
|
fields...see force fields. |
|
filter...specifically a
light filter is a substance that absorbs light and only emits certain colors
or wavicle frequencies. |
|
First Law of Energy ..einstein
energy can neither be created nor destroyed. The sum of all forms of energy
remains constant in the universe. |
|
First Law of |
|
First Law evaluations...evaluating a process only
on the basis of the First Law of Energy. |
|
First Law of Thermodynamics ..in any thermodynamic process
the total energy remains constant, none is created or destroyed. Note that it
is better to rather use the First Law of Energy. |
|
force fields...presently
force fields are not very well understood in science and it is not known what
causes them. It is mostly thought that force fields are always produced by
the result of an exchange of real interactive wavicles
such as photons between matter wavicles. In this
view it is imagined that the magnetic field of a magnet is a flow of photons
emanating from one end of the magnet and being returned in the other. However
it is also a well known fact that blackbodies absorb every type of photon
that is emitted. Surely then a blackbody placed in the path of a magnetic
field would absorb the photons that were emitted and quickly heat up. This
does not happen. |
|
force...the capacity to
cause a change in movement of energy wavicles. |
|
Four dimensional space-time continuum...Einstein
popularized a certain system of measurement in the universe which is called
the Observer measurement system which is based on a four dimensional
space-time continuum. In this system, distance, time and mass are all related
to what an observer would see or measure. An observer...is considered to be a
human or an instrument that is measuring the event. In the Observer system,
time is based on clocks the observer has which vary their speed depending how
fast they travel relative to the space-time. Distances in the universe are
based on how quickly a ray of light can travel from the distant event.
Einstein loved to think in terms of a 4 dimensional universe with the length
of time it took for light to travel between events as being a 4th dimension.
Space was curved because this is the path that light took in traveling
through the universe due to the effects of gravity on light. |
|
free energy...symbol
FE. Both helmholtz energy or
gibbs energy are forms of the broader definition of
free energy. |
|
fuel cell...an
electric cell in which the chemical energy from the oxidation of a fuel is
converted directly to electrical energy in a continuous process. The fuel
cell differs from a battery in that its fuel reactants are supplied from an
external source.
A fuel cell can convert the temperament of the fuel directly into
electricity |
|
gas turbine...an internal
combustion engine consisting essentially of an air compressor, a combustion
chamber, and a turbine wheel that is turned by the expanding products of
combustion. |
|
General Relativity theory...the theory developed by Albert Einstein
in 1916 which incorporated and extended the theory of special relativity to
accelerated frames of reference and introduced the principle that
gravitational and inertial forces were equivalent. |
|
Gibbs, Josiah Willard 1839-1903...American mathematician and
physicist who formulated the theoretical foundation of chemistry. He started
the basics of the plural energy system and proposed the unit of energy called
free energy. Both helmholtz energy and gibbs energy are forms of the broader definition of free
energy. |
|
gibbs energy...symbol
GE, is composed of helmholtz energy plus expansion
energy. See plural energy system for chart of different energy types. |
|
gibbs ratio...symbol
Gr, represents the external energy that could be
extracted during the entire flow of enthalpic
energy. |
|
gravity...the natural force of attraction
between any two bodies of energy. See gravitational force field. |
|
gravitational force field...a force
that pulls all energy wavicles together. Presently
force fields are not very well understood in science and it is not known what
causes them. |
|
hot...exhibiting a temperature that is
higher than normal or desirable. |
|
heat...is used to represent the transfer
of thermal energy. |
|
heat exchanger...a device used to transfer thermal energy from a
fluid or gas on one side of a barrier to a fluid or gas on the other side
without bringing the fluids or gases into direct contact. |
|
heat pump...a device that uses
external energy to create a larger amount of caloric energy between two
reservoirs. |
|
Helmholtz, Hermann
1821-94...German scientist. An investigator of thermodynamics, he extended
the application of the law of conservation of energy. He proposed the units
of energy now called helmholtz energy and bound
energy. |
|
helmholtz
energy...symbol AE, is the part of caloric energy that could be converted
into external energy in a future process. See plural energy system for chart
of different energy forms. |
|
helmholtz
ratio...symbol Ar, is a ratio that represents
the external energy that could be extracted during the entire flow of caloric
energy. |
|
impulse...the product of a force
multiplied by the time during which it acts. The impulse equals the change in
momentum produced by the force in this time period. |
|
incoherent light...light that does
not have a regular spacing between photons. The light wavicles
may all have the same wavicle frequency however. |
|
infrared light...relating to the
range of invisible radiation wavelengths just longer than red in the visible
spectrum. |
|
interactive wavicles...also
known as bosons. A photon is one type of interactive wavicle. |
|
internal energy...symbol UE, is the
multidirectional energy contained in the molecular and smaller motions that
cannot entirely be converted into external energy. Internal energy is
logically divided up between 8 different types that are the most used. See
plural energy system for chart of different energy types. |
|
irreversible process...is a process
which once having taken place, can not be reversed back to the original
conditions by some sort of process and in doing so leave no change in either
the system or the surroundings. |
|
joule...symbol J is the metric or
International System unit of all forms of energy. One joule is equal to the
work done when a force of 1 newton acts through a
distance of 1 meter. |
|
Kelvin...symbol °K and spoken degrees Kelvin. A unit of absolute
temperature where 0°K is the coldest temperature that can exist. Though the
scale begins at a different point than the Celsius scale, this unit is equal
to one Celsius degree. In the Kelvin scale, water freezes at 273.15°K and
boils at 373.15°K. As of 1967 the presently accepted symbol for Kelvin is K
without the degree symbol. This however is confusing as Celsius is expressed
in degrees and Kelvin is not. Also K can be mistaken for K, the proposed
simple symbol for kinetic energy. Because the English alphabet has a limited
amount of letters to be used as symbols, standard character set designations
like the degree symbol can be used to further identify a unit. The degree
symbol can easily be typed on a computer by holding down the Alt key while
typing 248. |
|
Kelvin, William Thomson 1824-1907...British mathematician and
physicist. His work in thermodynamics coordinating the various existing
theories of heat established the law of the conservation of energy as
proposed by James Joule. He introduced the Kelvin scale, or absolute scale,
of temperature. |
|
kinetic energy...symbol KE, is a
form of external energy. It is the directional oriented motion energy of
matter particles that are larger than molecules which can entirely be
converted into external energy. When particles are only slightly larger than
the size of molecules it may not be possible to convert all the motion energy
to external energy. Just as with imperfect gases, some of the motion energy
may be bound in the form of attractive forces between the molecules. See
plural energy system for chart of different energy types. |
|
kinetic molecular theory...physical theory that explains the
behavior of gases by assuming that any gas is composed of a very large number
of molecules that are very far apart compared to their sizes. The molecules
are assumed to exert no forces on one another, except during rare, perfectly
elastic collisions. A gas corresponding to these assumptions is called an
ideal gas. |
|
latent energy...symbol LE, is the energy stored in the atom due to
the van der Walls forces between the molecules in a
substance which is stored or released when undergoing a change of state, such
as ice changing to water or water to steam. See plural energy system for
chart of different energy types. |
|
Law of Conservation of Energy...the total energy in the universe or
a system can neither be created or destroyed but it
can be converted from one form to another. It is preferable to rather use the
term First Law of Energy. |
|
laser wavicles...beam
of monochromatic as well as coherent light wavicles.
This light has both photons of the same wavicle
frequency as well as a regular spacing between photons |
|
leptons ..any of a family of elementary
particles that participate in the weak interaction, including the electron,
the muon, and their associated neutrinos. |
|
light... that part of electromagnetic
radiation to which the human eye is sensitive. |
|
Loschmidt...in the 1800's scientists
argued whether gases in a column would stratify due to gravity and become
hotter at the bottom than the top. Maxwell and Boltzmann
said it would not, but Loschmidt a prominent
scientist of his time, argued that the world would have a never ending supply
of energy this way. More modern experiments have been done using centrifugal
force. There have been no working models to date. |
|
Lorentz, Hendrik
Antoon 1853-1928...Dutch physicist. He extended
the hypothesis of George Fitzgerald, an Irish physicist, that a body's length
contracts as its speed increases (the Fitzgerald-Lorentz
contraction) and formulated the Lorentz
transformation. This work influenced Albert Einstein's special theory of
Relativity. |
|
macroscopic...larger than normal
molecules. |
|
magnetic field...a force field
traveling around a magnet. See electromagnetic force field. |
|
mass... is a value that is proportional to
the amount of energy in an entity. Inertia and gravity effects are directly
proportional to the amount of mass of all forms of energy. In the Absolute
measurement system it is desirable to subdivide mass into four subterms. Absolute mass refers to the mass of matter wavicles that are at rest relative to the substratum.
This is the mass listed in the periodic tables. Rest mass refers to the mass
of matter wavicles that are at rest relative to the
observer which may be traveling at various speeds relative to the substratum.
Relativistic mass refers to the total mass of all energy wavicles
as they travel faster relative to the substratum. Velocity mass is the
increased mass of all energy wavicles as they
travel faster relative to the substratum. |
|
matter wavicle...commonly
known as a fermion is an energy wavicle
that contains matter.
Matter wavicles are really just collections
of interaction wavicles |
|
matter...is energy that can exist even
when it is stationary relative to the substratum. The term stationary refers
to a matter particle not moving even though wavicles
within it are traveling. |
|
Maxwell's demon...James Maxwell the famous 1880s scientist joked
about a very tiny demon which might be pressed into service to separate
quickly moving molecules from slower molecules by operating a trap door
between two chambers. Such a device could be used to make perpetual motion
possible.
Maxwell joked about a demon that would sort hot and cold molecules |
|
mechanical energy...symbol ME,
usually represents a transfer of external energy such as turning of a shaft. |
|
membrane theory...suggests that all
force fields are created by different nodes of vibrating membranes. |
|
metric space...a word used to
describe the granularity of space. |
|
Michelson Morely experiment 1887...sometimes
referred to as the MMX. In this experiment a single beam of light was split
by a prism and sent along two perpendicular arms and bounced off mirrors back
to a spectrometer. It was felt that if the earth was moving through a fixed aether the device should be able to detect a difference
in time that light would need to travel along the arms when the device was
turned. No difference was found. Many claimed that this device proved there
was no fixed entity in the universe that light traveled in relation to. Much
later in 1930 Michelson and Gale built a different device which did indeed
show a difference. Their earlier device simply could not detect such an
entity because of the way movement through it was canceled out. Presently the
word substratum is used for this background entity that light travels in
relation to instead of aether. This is because eather is generally regarded as a word to represent a
background entity of the universe made of matter, which it is not. |
|
Michelson Gale experiment 1930...instead of using two beams of
light traveling perpendicular to each other as in the Michelson Morley
experiment, they had two beams of light traveling in counter rotating directions
around a large rectangular circuit of evacuated pipes. The test indicated
that there was indeed a difference in time for the light to go around in each
direction. More recently the earth's rotation through the substratum has been
detected by sending radio (light) wavicles in
opposite directions around the world near the equator by means of GPS
satellites. A difference in time is recorded in each direction as well. |
|
The Michelson and Gale experiment used two beams of light traveling in
counter rotating directions |
|
microscopic...the size of normal molecules
or smaller. |
|
model...a description of a system, theory,
or phenomenon that accounts for its known or inferred properties and may be
used for further study of its characteristics. |
|
molecule...is made of two or more atoms. |
|
momentum...the linear momentum of a body
is the product of its mass and velocity.
Momentum is different than external energy |
|
multidirectional...traveling in many
directions. |
|
molecular kinetic theory...see
kinetic molecular theory. |
|
monochromatic light...composed of
photons of only one color or wavicle frequency. |
|
M-theory...new name coined in around 1998 that incorporates string
and membrane theories. |
|
nuclear energy...symbol NE, is the energy stored due to the forces
between the protons and neutrons in an atom,only
the energy of a nuclear reaction is considered. See plural energy system for
chart of different energy types. |
|
nuclear fission...a nuclear
reaction in which an atomic nucleus, especially a heavy nucleus such as an
isotope of uranium, splits into fragments. |
|
nucleus energy...symbol IE, is the
energy stored in the nucleus of the fermion such as
the atom. |
|
Newton, Isaac 1642-1727...English mathematician and scientist who
invented differential calculus and formulated the theories of gravity, light,
and color. |
|
|
|
|
|
|
|
neutron...subatomic particle discovered in
1932 of slightly greater mass than the proton which forms the nucleus of most
atoms. |
|
neutrino...an elementary energy wavicle emitted during the decay of certain matter wavicles. |
|
Observer measurement system...Einstein popularized a certain
relative system of measurement which could be called the Observer measurement
system. Because of the Doppler effect that occurs when energy wavicles travel in the universe, and because of the speed
of light, measuring tools, clocks, and mass all change as an observer moves
relative to the substratum. An observer...is considered to be a human or an
instrument that is measuring the event. So it is impossible to get an
absolute measurement of distance, time, and mass in relation to the
substratum. So in the Observer system, time is based on clocks the observer
has which vary their speed depending how fast they travel relative to the
substratum. Distances in the universe are based on how quickly a ray of light
can travel from the distant event. Measurements of mass become only
comparisons with other frames of reference. |
|
observer...a human or an instrument that
is measuring or observing an event. |
|
old model...old description of how
a system operates. |
|
particle accelerators...device used
to produce beams of energetic charged particles and to direct them against
various targets for studies of the structure and components of the atomic
nucleus and of the forces holding it together. |
|
particle...matter of macroscopic size or
in other words larger than a typical molecule but so small it is hard to see
with the human eye. |
|
perpetual motion of the 1st kind...represents
creating external energy without any other removal of einstein
energy from the universe. For example it has been suggested that the
substratum may not be totally uniform in the universe. If there were
compressions and expansions of the substratum itself, then energy may be
squeezed out in the process. If the universe is expanding or contracting
there might be the same effect. |
|
perpetual motion of the 2nd kind...represents
the ability to convert internal energy entirely to external energy. There is
presently little evidence that metric-space is not uniform in the universe so
perpetual motion of the 1st kind is not likely. Perpetual motion of the 2nd
kind is also thought to be impossible by modern scientists, however there is
no absolute scientific principle involved. It is known that presently all
processes seem to be limited by the equilibrium laws, but there is no way of telling
whether there might be some undiscovered twist of nature were this does not
apply. |
|
photon...an energy wavicle
emitted by the electromagnetic force field. |
|
physics...the science of energy, the
system of the force fields, and the substratum that they travel in. |
|
planet...A non-luminous celestial body larger than an asteroid or a
comet, illuminated by light from a star, such as the sun, around which it
revolves. |
|
plural energy system...a system of
energy where there are different forms such as gibbs
energy or kinetic energy. Only einstein energy is
truly conserved. The basis of this system has been established in chemistry
while engineering generally prefers to use the singular energy system. |
|
Popular 28 forms of energy in the plural energy system shown in a bar
chart |
|
polarized light...refers to photon wavicles with all the same spin or properties. |
|
potential energy...symbol PE, is
the external energy possessed by a body because of its position. See plural
energy system for chart of different energy types. |
|
Poincaré, Jules Henri
1854-1912...French mathematician, physicist, one of the greatest
mathematicians of his age. He did notable work in differential equations and
celestial mechanics and wrote extensively on the philosophy of science. |
|
prism...a piece of
translucent glass or crystal with a triangular cross section, used to
separate light into different colors. |
|
proton...subatomic
particle discovered in 1919 of slightly less mass than the neutron which
forms the nucleus of all atoms. |
|
Quantum Field Theory...was developed mostly after
about 1945 as an attempt to unify relativity and quantum theory and is still
widely used. Quantum field theory in the era after 1970 attempts to combine
aspects of Einstein's Relativity, quantum theory, and gauge theory into one. |
|
Quantum Mechanics...is a branch of physics that
deals with the emission and absorption of energy on the microscopic level.
Quantum Mechanics is largely based on probabilities, something that bothered
Einstein. The wavicles are obeying the law of
physics for microscopic wavicles, it is just that
scientists do not have equipment that can measure an individual event and so
probabilities are used to estimate what may occur. |
|
Quantum Theory...is a branch of physics that deals
with the emission and absorption of energy on the microscopic level. |
|
quark...elementary matter wavicle that the neutron and proton are made of. |
|
radiation...the emission
or transmission of energy in the form of real photon wavicles
through the substratum. |
|
radiant energy...symbol
RE, is the internal energy contained in the moving photon wavicle.
See plural energy system for chart of different energy forms. |
|
radio wavicles...electromagnetic wavicles
or photons with an approximate wavicle frequency
range from 10 kilohertz to 300,000 megahertz wavicle
frequency. |
|
real boson...see
real interactive wavicle. |
|
real interactive wavicle...it
is commonly thought that there are four force fields that exist along with
four different types of virtual interactive wavicles.
The Strong field, Electromagnetic field, Weak field, Gravitational field. In
reality it is not known whether this is in fact true. It is likely that all
types of bosons exist but they may not be responsible for forces. The most
common interactive wavicle is the photon. |
|
reference atmosphere...is
a body of matter such as the earth that energy can flow into during a
conversion of internal energy to external energy. |
|
refrigerator...an appliance,
a cabinet, or a room for storing food or other substances at a low
temperature which contains a device for producing the lower than ambient
temperatures.
A refrigerator creates more caloric energy than the external energy put
in |
|
relativistic mass...symbol MR, the
mass of all matter and interactive wavicles which
changes as they travel faster relative to the substratum. |
|
relativistic energy... symbol ER,
the energy of all matter and interactive wavicles
which changes as they travel faster relative to the substratum. |
|
Relativity...see Special Relativity,
General Relativity. |
|
reversible process...is a process
which once having taken place, can be reversed back to the original
conditions by some sort of process and in doing so leave no change in either
the system or the surroundings. |
|
reservoir...is considered to be a source
of internal energy in equilibrium or at the same uniform temperament. |
|
reservoir T0...the ambient
reservoir considered to be infinitely greater in mass than a second reservoir
used. |
|
rest mass...symbol M0, is the total
mass of matter wavicles that are at rest relative
to the observer which may be traveling at various speeds relative to the substratum.
Sometimes called invariant mass. The term at rest refers to a matter particle
not moving even though wavicles within it are
traveling. |
|
rest energy...symbol E0, the total
energy of matter wavicles that are at rest relative
to the observer which may be traveling at various speeds relative to the
substratum. The term at rest refers to a matter particle not moving even
though wavicles within it are traveling. |
|
relativistic mass...symbol MR, is
the total mass of energy wavicles that are
traveling relative to the substratum. |
|
relativistic energy...symbol ER,
the total energy of energy wavicles that are
traveling relative to the substratum. |
|
Second Law of Thermodynamics...there are different variations of
this law. All of them relate to the inability to convert sources of thermal
energy entirely into external energy. As roughly stated by Sadi Carnot ..it is impossible to construct an engine which will
convert a given quantity of thermal energy into an equivalent amount of work.
It is better to rather use the Second Law of Energy which applies to all
forms of internal energy and not only to thermal energy. |
|
scientist...a person having expert
knowledge of one or more sciences, especially a natural or physical science. |
|
Second Law of Energy...different forms of energy can not
necessarily be entirely converted into other forms of energy. |
|
Second Law of |
|
singular energy system...a second
law evaluation is a calculation of the maximum amount of external energy that
could be extracted from a system based on a certain reference atmosphere. A
reference atmosphere is a body of matter such as the earth that energy can
flow into during a conversion of internal energy to external energy. In
engineering the second law evaluation is also called an exergy
evaluation or availability evaluation, but this is generally a more specific
type of evaluation involving only exergic energy. Exergy is considered to be the amount of external energy
that can be drawn from energy based on a certain reference atmosphere. Exergy is not considered to be a form of energy but a
designation of the quality of energy. Availability is a word that means the
same as exergy. Chemistry rather uses second law
evaluation terms like helmholtz energy and gibbs energy. The chemistry terms are referred to here as
the plural energy system. The mechanical engineering system on the other hand
is referred to as the singular energy system. |
|
sound waves...the transfer of
energy by some form of regular vibration, or oscillatory motion, inside a 3
dimensional material medium such as air. |
|
second law evaluation...a
calculation of the maximum amount of external energy that could be extracted
from a system based on a certain reference atmosphere. |
|
semiconductor material...any of
various solid crystalline substances, such as germanium or silicon, having
electrical conductivity greater than insulators but less than good
conductors. |
|
solar cell...a semiconductor device
that converts the energy of sunlight into electric energy. Also called a
photovoltaic cell. |
|
solution energy...symbol SE...the change in energy of a solution when a certain amount
of solute dissolves in a solvent. See plural energy system for chart of different
energy types. |
|
space-time...in space-time, events in the
universe are described in terms of a four-dimensional continuum in which each
observer locates an event by three spacelike
coordinates and one timelike coordinate. |
|
Special Relativity theory...describes how matter and interactive wavicles change energy and relativistic mass as they
travel relative to a 4 dimensional space-time model. |
|
speed of light...the maximum speed
at which photon wavicles travel in the substratum
when they are not traveling through matter wavicles. |
|
star...a self-luminous celestial body
consisting of a mass of gas in which the energy is generated by nuclear
reactions in the interior. |
|
|
|
String theory...suggests that all force fields are created by
different nodes of vibrating strings. |
|
strong force field...holds quarks
together. |
|
substratum...it is possible that the
entire universe is composed of at least three layers of entities that can be
identified. It appears that there a substratum composed of particle-like entities which forms a fixed absolute 3-dimensional
structure that entirely fills the universe. At present we have no words in
our language to describe such an entity that is not made up of any form of
matter. It is not solid, liquid or gas, because these are words to describe
different formations of atomic particles. We can only use common words such
as granularity, cellularity, or metrical to
describe the fact that the substratum must be divided off into very small sub
entities. It must have sub entities because the speed of energy as well as
force fields that travel through space devoid of matter is very uniform. How
would energy wavicles and force fields know how to
travel at a certain rate if the substratum or space were one large entity?
Surely photons do not have a sense of detecting their absolute velocity, a
computer, and a throttle to control their speed through empty space to such
an exact standard as the speed of light. If the substratum has very small
entities, then energy wavicles and force fields
could have a uniform speed by jumping from one entity to another or by
traveling in relation to these entities. This is somewhat similar to how the
speed of sound can be constant by traveling in a medium. |
|
Einstein rarely mentioned details of the uniform structure that energy
travels in |
|
Superstring theory...suggests that all force fields and all matter
is the result of different nodes of vibrating strings. |
|
system boundary...generally a
dotted line that is drawn around two reservoirs depicting the caloric energy
system boundary. The system boundary includes a source of internal energy and
the local ambient environment in which the internal energy will flow into.
Present textbooks show the system boundary drawn around only the reservoir to
be converted or Reservoir T because the concept of caloric energy is not
used. |
|
temperament...symbol T or T* is a scale that represents the amount
of energy per wavicle of different forms of
internal energy and is equivalent to the maximum temperature that would
result if converted entirely into thermal energy.
Internal energy has varying amounts of energy per wavicle
called temperament |
|
temperature...symbol T is a scale that
represents the amount of thermal energy per wavicle.
|
|
theory...an assumption based on limited
information or knowledge. |
|
Theory of Everything...concept of how the universe operates down to
the smallest detail. Only the framework of such a system is presently
understood. It is better to use such a modern view as opposed to hanging on
to theories such as Relativity and Quantum mechanics which hold partial and
opposing concepts of the universe. The Theory of Everything therefore will
not be a complete picture presently but it will be filled in slowly over
time. It is at least an attempt at painting the biggest picture. If we see a
large canvas we know that there is much left to fill in. If we have a small
canvas which is nearly full, we think that there is little left to paint in.
The Theory of Everything can be used to encompass all the different theories
as long as they propose to describe the biggest picture possible. This is a
better word than Totally Unified Theory which is a narrow-minded view which
attempts to explain the entire universe as a single particle, which in the
end may not be true at all.
The energy in each photon or matter particle is related to its wavicle frequency relative to the substratum |
|
thermodynamics...is a branch of science
concerned with the nature of thermal energy and its conversion into other
forms of energy. This branch of science generally adopts the older Joule or
classical model of energy. |
|
time...events occur in apparently
irreversible succession from the past to the future. |
|
thermal energy...symbol FE, is the
motion energy of the molecules. See plural energy system for chart of
different energy types. |
|
twins paradox...suggestion that two
twins would age at different rates if one was sent through space at high
speed and the other would stay fixed. |
|
uranium...a heavy element used for nuclear
fuel. |
|
Unified field theory...suggests that all four forces are the result
of a single particle. |
|
universe...all matter and energy,
including Earth, the galaxies and all therein, and the contents of
intergalactic space which includes the substratum, regarded as a whole. |
|
Van der Waal force...a
weak attractive force between atoms or nonpolar
molecules. |
|
velocity mass...symbol MV, is the increased mass of all matter wavicles as they travel faster relative to the
substratum, it is the difference between two values of relativistic mass at
different speeds. |
|
velocity energy...symbol EV, is the increased energy of all matter wavicles as they travel faster relative to the
substratum, it is the difference between two values of relativistic energy at
different speeds. |
|
vibration...a rapid linear motion of a
material or non material particle about an equilibrium position. |
|
virtual gluon...presently there are four force fields that are
thought to exist along with four different types of virtual interactive wavicles. It is suggested that the Strong field holds
quarks together and emits a virtual gluon. It is more likely that we don't
know what causes forces to occur. |
|
virtual graviton...presently there are four force fields that are
thought to exist along with four different types of virtual interactive wavicles. It is suggested that the gravitational field
pulls all energy wavicles together and emits a
virtual graviton. It is more likely that we don't know what causes forces to
occur. |
|
virtual photon...a photon that does
not really leave the field surrounding the atom. |
|
virtual W, Z wavicle...presently there
are four force fields that are thought to exist along with four different
types of virtual interactive wavicles. The Weak
field is responsible for holding together leptons such as the electron and
emits a virtual W, Z wavicle. It is more likely
that we don't know what causes forces to occur. |
|
water waves...the transfer of
energy by some form of regular vibration, or oscillatory motion, on the
surface of water. |
|
wave-particle duality theory...a
theory based in Quantum Mechanics that single entities of matter and energy
have both wavelike and particlelike properties. It
is better however to think of energy as wavicles
which behave in a totally different way than do macroscopic particles. |
|
wave should be defined...as the transfer
of energy by some form of regular vibration, or oscillatory motion, in a
material medium. |
|
wavicles...vibrations
of energy that travel in the substratum. All energy in the universe including
matter is composed of collections of such wavicles. |
|
wavicle chain...a
collection of energy wavicles that combine together
end to end to form a chain. |
|
wavicle web...a
collection of energy wavicles that combine together
in multiple ways to form a type of web.< |
|
wavicle loop...an
energy wavicle that with ends joined together. |
|
wavicle
frequency...is a word that can be used to describe the number of
vibrations of the energy wavicle per unit of time. |
|
wavicle
length...is the distance that an energy wavicle
travels forward through the substratum during one vibration. |
|
weak force field...presently there
are four force fields that are thought to exist. The weak force is thought to
be responsible for holding together leptons such as the electron and emits a
virtual W, Z wavicle. It is more likely that we
don't know what causes forces to occur. |
|
weight...the gravitational force of
attraction between two bodies of matter. |
|
weightless...a feeling of not experiencing
the effects of gravity. If gravity is pulling downwards, then how do
astronauts feel weightless? It is because the acceleration due to moving away
from the natural motion through the substratum and the acceleration due to
gravity are completely balanced off. Not only are they balanced but both of
these forces are balanced throughout the entire body of the astronaut. In
this way acceleration and gravity feel the same but are
not actually the same thing. |
|
work...a force acting over a distance in
the universe from the very smallest event within the tiniest of particles to
the very largest between celestial objects in the universe. |
|
X-ray...a relatively high energy photon with wavicle
length in the approximate range from 0.01 to 10 nanometers. |
[1] In 1807, the English physician Thomas Young (1773-1829) proposed the
word energy for the work potential that is stored within things. It is based on
the Greek words like energeia meaning "work
within". This term gradually became popular and is now applied to any
phenomenon capable of conversion into work (Asimov v1-p94). Asimov,
4. REFERENCES
Apfel, Necia,
1985 It's All Elementary, from Atoms to the Quantum world, Lothrop, Lee & Shepard Books, NY USA
Auyang, S.Y. 1995 How is Quantum
Field Theory Possible, Oxford University Press, NY USA
Bailyn, M. 1994 A Survey of
Thermodynamics, AIP Press NY USA
Brillouin, Leon 1970 Relativity
Reexamined, Academic Press NY USA
Calder, N. 1979 Einstein's Universe, The Viking Press NY USA
Dudley, H.C. 1959 New Principles in Quantum Mechanics, Exposition
Press NY USA
Einstein, Albert 1952 Relativity, the Special and General theory,
Crown Publishers Inc. NY USA
Gardner, M. 1962 Relativity for the Million, The MacMillan Co. NY USA
Gibbs, Philip 1997 Does mass change with velocity Relativity FAQ
www.weburbia.demon.co.uk/physics/
Goldstein, M. 1995 The Refrigerator and the Universe, Harvard
University Press, Cambridge Mass USA
Mauldin, John H., 1986 Particles in Nature, Tab Books
Passoft 1998 The Michelson-Morley Experiment,
Internet
5. REVISION HISTORY
1999Jul15 First printing of Encyclopedia of
Energy Science 8 pages
1999Sep20 Made some minor corrections.
1999Sep22 Changed description of aether, added
illustrations, changed to V and Q energy symbols from X* and U*.
1999Dec24 Changed and added definitions to relate to the latest Energy
Science Made Simple which is based on the Theory of Everything.
2000Jun20 Added 4 forms of energy, changed symbols for mass and energy
types.
2001Mar20 Changed SE from subnuclear energy to
solution energy.
2001Nov21 Modified about 8 definitions.
2002Jan18 Added form of energy called nucleus energy.
2002May03 Renamed hyphenated energy to plural energy system and made
related changes.
6. COPYRIGHT 2002May03 by Ben I. Wiens...I allow you to use (reproduce) in any quantity, parts, or the whole of this web-booklet whether it be a printout, electronic copy, on a Website, or Intranet in the following manner: You can use a small part of this web-booklet such as a paragraph if you include my name and my website URL listed as the source. You can use a chapter provided that you clearly state the URL to the whole article, and my name as author. You can use a whole document provided that you show the entire document just I have written it, including the graphics, the copyright notice, my name as author, the hyperlinks back to my site, and any advertising for my site and products I may have put as an inline graphic inside the article--in other words everything from title to copyright notice just as it is on my site--though small variations in the formatting are allowed--and I don't insist on my website banner to be included. Because it is so easy to garble up the html coding of such an article as a Website or Intranet document--mine are manually coded and tested to work from Version 3 of Netscape and Internet Explorer--I prefer that you rather just provide the URL link to my website as is usual on the Internet. My articles are constantly updated and corrected.
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