67 - Light is the energy of the living
|Energy that belong to all of us
Out of chaos there came order, without a name,
it was alive and resonate in timeless harmony.
Our cosmic being, through reason of the Bio-Logica
If you want
to see LIFE do not look in the sun
Find the reflections from the makings of the living
like in a rose
of life is in large consisting of light energy
energy derived from light spin
the light out there is the total story of it all
we are the children of light
of our reflection is our Aura
|marine light Noctiluca
|A strange sun in our oceans
| era of light, insight and vision
At the roots of life - the dark energetics
meaning an invisible power source.
readers have came to grip with the fact that
aura as an influence sphere is
centered around the beat of our hearts.
our prime objective
to keep that pulsation going, in healthy harmony and resonance - called love
the purpose of Life, have to be understood in biological terms - as bio-logica
to be in control - to create order
planing and coordination of the sequence of events
happenings to reach and bring harmony,
in resonance with the music..
|Electron probabilistic cloud
The smallest aura
Is the influence sphere as defined by a probabilistic
cloud, centered about the atomic nuclei
higher energy electrons are created
via the capture of photons during the process of photosynthesis
which is a controlled conversion of light
that found in photons) to chemical energy
(i.e., that found in stable
high energy electrons).
|the smallest energy package photon spin
|Gama ray Auras of our milky-way
These high energy electrons
are stored within carbon compounds,
such as most typically carbohydrates.
It is good to know. The two types of radiation are now usually distinguished by their origin: X-rays are emitted by highly exited electrons outside the nucleus, while gamma rays are emitted by the nucleus at very high energies expressed in electron-volts. such as the dense
instable nucleus of our own milky way y the analation of positrons.
Electrons capture a photon spin and incorporate this energy.
In doing so, the shape of the aura
(probabilistic cloud they occupy changes
in seven jumpy increments of 10 angstroms of energy.)
to an aura with a more extensive influence
bigger, if you wish)
more energized electrons exist at
a greater average distance
from its associated atomic nuclei
energy is influence sphere under control
distance is the extend of the power bubble - aura.
| molecular aura
of Life is the process of using captured energy
photons to form high energy bonds,
e.g., reduced carbon compounds, plus the converse breaking high energy bonds to liberate stored energy.
this process of creating and breaking high energy bonds is done in well controlled, enzymatically catalyzed, in discrete steps such that minimal energy
(about half is wasted, mostly lost as heat).
ultimately, the majority of the energy in our cosmos
(our biosphere Idrea all organisms living and dead)
in high energy bonds can be traced back to
photons captured during photosynthesis.
Much of that energy is lost to inefficiencies in
the processes involved in the synthesizing of fuel for our organism.
adenosine triphosphate = ATP from ADP and Pi.
The Mitochondria are sometimes described as "cellular power plants" because they generate most of the cell's
supply of adenosine triphosphate (ATP), used as a source of chemical energy. More detail further down
During the conversion of ATP back to ADP and Pi.
latter reaction supplies much of the energy driving anabolism.
That is, most of the ATP is used in the production of new cellular components (carbohydrates, proteins,
lipids, nucleic acids, etc.).
This production is a continuous process in cells, and, in general, is faster in prokaryotic cells than in
In this brief script we consider the nature of that energy
which is stored in bonds of reduced carbon compounds.
|Atomic Spin components
endergonic reaction products:
High energy elections can be found in high energy bonds with atoms.
In other words, to add an atom or group to a molecule often requires energy input (endergonic reaction) and the
electrons that make up those bonds, like the bonds themselves, are considered to have high energy.
A typical high energy bond is the one found between a carbon atom and a hydrogen atom
A typical low
energy bond is
one between a carbon atom and an oxygen atom (i.e., an oxidized carbon).
Note that an anti-intuitive consequence of the syntax
(language) employed to describe these bonds is that
a high energy bond is actually not as strong as a low energy bond
(Because it requires less energy to break).
|Massive electrical discharge
stable energy storage
defined as those which require a reasonably high energy of activation.
That is, it may require an input of energy (activation energy) to set in motion steps leading to the loss of the energy associated with a high energy electron
(meaning, return to the probabilistic cloud shape associated with
a lower energy electron).
hence, many high energy bonds are capable of displaying long
such as, the high energy bonds found in the fossil fuels (natural gas, oil, and coal)
have remained stably intact
for hundreds of millions of years.
|A single graphene molecule
|This makes the backbone of layered tecnologies
|Electrical Activity in the retinal cell
Transfer of stored energy [electron transfer]
The stored energy associated with a high energy electron may be transferred away from that electron
(in discrete steps—thanks to quantum mechanics).
electron itself may be transferred from the molecule (atom,
occupies to a new molecule (atom, ion).
In doing so the energy associated with the high energy electron is partially
(partially because some energy
during any energy transfer is lost to the environment typically as heat).
Transfer of electrons from one substance to another is called
of oxidation-reduction [redox reactions] which are linked.
Remember - reduction is the
gain of an electron,
oxidation is the loss of an electron,
and in order for a substance to be reduced (e.g., substance B)
substance must be oxidized (e.g., substance A).
Oxidation-reduction does not occur unless the energy associated with the
to-be-transferred electron is sufficiently high that the to-be-reduced substance is able
to accept it. To interchange you must be in harmony. To step up or down to comunicate. To resonate in cosmic harmony is bio-logica.
|Moving in on target
|Energy to activate
Unidirectional chains of transfer:
One may envisage chains of oxidation-reduction in which
substance A transfers a high energy electron to substance B (with
some loss of energy in the process) which then transfers
the high energy electron to substance C (and with some loss
of energy) which then
transfers it to substance D,
This process is not reversible.
Because in each step energy is lost.
|Take note - one single Mitochondria provide propulsion
Chains of oxidation-reduction are means by which energy may be diverted from reduced compounds in a controlled
Oxidized to produce ATP:
Carbohydrates are then systematically oxidized whereby the stored high energy
electrons are passed from one compound to another and the energy liberated during individual
reduction steps is diverted toward the production of ATP from ADP and Pi.
In other words:
6CO2 + 12H2O + light = C6H12O6 + 6O2
+ 6O2 + xADP + xPi = 6CO2 + 6H2O + xATP + heat
(the first reaction is photosynthesis;
the second reaction is aerobic respiration; C6H12O6
Mitochondria convert the energy of food molecules into the ATP that powers most cell functions.
About 60% of the genes in a human nucleus originate from the primeval archaea (A genome) the remaining genes having a bacterial origin (B genome), which in the nucleus are delegated by the bacterial symbionts
that have survived up until today in all human cells as mitochondria
(on average 1,500 per cell).
Mitochondria are the cellular organelles that are responsible
for manufacturing ATP. They can be likened to a power plant that burns sugar using oxygen (oxidative phosphorylation). The mitochondria
posses their own DNA, and for this reason are believed to a relative of ancient bacteria that evolutionarily merged with the
cellular unit during endosymbiosis.
Endocrinologists have traditionally classified hormones
as anabolic or catabolic,
on which part of the metabolism they stimulate.
is the set of metabolic pathways that construct molecules from smaller units. These reactions require energy.
One way of categorizing metabolic processes, whether at the cellular, organ or organism level is as 'anabolic' or as 'catabolic', which is the opposite. Anabolism is powered by catabolism,
where large molecules are broken down into smaller parts and then exhausted in respiration.
Many anabolic processes are powered by adenosine triphosphate (ATP).
Anabolic processes tend
toward "building up" organs and tissues. produce growth and differentiation
of cells and increase in body size, a process that involves synthesis of complex molecules.
Examples of anabolic processes include the growth and mineralization of bone and increases
in muscle mass.
Under certain conditions where the cell cannot intake oxygen properly, the mitochondria
can dissolve their symbiosis with the human host, and no longer function in harmony with the cell. This is called mitochondrial dysbiosis, and is a serious indicator of cancer, as the cells revert to ancient survival
mechanisms in which they use
fermentation to make ATP, rather than oxidative phosphorylation.
is a result of the functional degradation of a cellular photon absorption pathway that is basic to the production of
ATP, the cellular energy molecule. Tumor cells merely execute an age-old
survival program they retained from the time of unicellular existence. This
new hypothesis of cancer causation, spells out why some cells all of a sudden start dividing to form tumors,
and how that urge to sustained growth could likely be 'switched off.
|Plankton Tide bubbles
What is Endosymbiosis?
meaning “inside symbiosis”, is the fact that the cellular unit is actually a product of the ancient merging of
multiple separate organisms. It is confirmed that early Eukaryotes (organisms with a cell nucleus) were formed from the
Encapsulation of Proteobacteria by Archaebacteria.
early cells did not use oxygen, instead making ATP by lactic acid fermentation
of sugars in the cytoplasm. Later on, the proto-mitochondria were encapsulated, which gave the cell the advantage of
being able to use oxygen to produce some 20 times more ATP.
In a similar way, plants developed their plastids
(photosynthesis organelle containing chlorophyll)
From the encapsulation of blue-green algae.
It is good to know the Mitochondria
have its own DNA Double Helix.
Now if we do something similar on a large scale where the cells auto repair and
I can imagine green gel chlorophyll electrolyte with carbon nanotube Electrodes – where nature
and man meets to convert energy.
To the point not allowing one photon to escape. becoming a black hole.
The Replication process is "like digital photocopies"
in that each strand of the original double-stranded DNA molecule serves as template for the reproduction of the complementary
strand. Hence, following DNA replication, two identical DNA molecules have been produced from a single double-stranded DNA
Cellular proofreading and error-checking
mechanisms in the form of those three proteins, remember, they ensure near
perfect fidelity for DNA replication.
Shown here is DNA ligase repairing chromosomal damage.
The three visable protein structures are:
- The DNA binding
domain (DBD) which is bound to the DNA minor groove both upstream and downstream of the damaged area.
- The OB-fold domain (OBD) unwinds
the DNA slightly over a span of six base pairs and is generally involved in nucleic acid binding.
- The Adenylation domain (AdD) contains enzymatically active residues that join the broken nucleotides together by catalyzing the formation
of a phosphodiester bond between a phosphate
and hydroxyl group
|Many young blue stars
The whole story of creation is the total story of every reflected photon in existence.
But they are not the only ones, also those stored in memory by hydrocarbons.
On demand we can reproduce a moment in time from
the memory of reflected photons.
Life is light energy.
the children of Light - ethereal auras of captured energy.
Besides - all that we eat comes from light
energy entwined in the genetic matter.
Enter content here
|When you smell the roses, you know, it is the fragrance of LIFE.
By perception??, association???. remember perspective - we can recall, see and smell that red rose off
life by activating that photon in the ganglion of the mind's eye
we can reproduce the origin
of those reflected photons charge and frequency and link it up with the molecular charge and frequency of its smell
- pheromones ..
All this is basic computer operation. – like a ping with one
that is there, like comparing images – finding similar genes.
Imagine if every photon preserved in the hydrocarbons becomes visible in relation to
its place of origen in a genetic chain. .
Now we are piecing it together The Whole Story by means of the Hubble telescope.
the very distant past – sometimes at the rate of one photon per hour.
the beginning of time, each tells his story and contributes to the whole...
together the story of the universe - photon per photon.
|Observe only two Nearby Stars in this image
Now if we flip flop these photons where we want them to be - we can re-create- the state of MASS.
From the inside out.
Starting in the very small.
Life do start on a scale, smaller than light.
(Size nm DNA Particle)