Petroglyphs, not just simple, crude drawings from ancient man. The truth is stranger then you could ever imagine.

clever thinking appears accurate but difficult for me to transfer info but:

Simply overlay a tectonic fault map and and lightning napping. It makes more sense when you add a third overlay of the planetary magnetic field strength mapping, but it gets confusing to look at for many.

When you overlay magnetic field strength mapping and surface temperature you can tell where the plasma like to head.


Plasma heads for low magnetic field strength areas normally. Elevated levels of plasma start their journey at higher latitudes. That means el nino and la nina are plasma/plasmoid events that affect surface temperatures, and plasma levels are tied the solar cycles and how much plasma the sun is throwing off during the compounded values of numerous cycles running concurrently.

Take the cooling period of the 70's and the recent global warming scares. Simply take the solar Ap progression from 1932 to current values and then overlay the six shortest cycles (I calculate there are ~38 cycles running concurrently and we have only identified the shorter cycle harmonics) and you get this mapping;

pic missing

The cooling period of the 70's was due to a preponderance of cycle minima in the shorter solar cycles. The recent warming period was due to most of the cycles being in moderation simultaneously. What runs the cycles... Interstelar plasma density of the torroidal magnetic field of the galaxy that we move through in an oscillating orbit.

So you can see climate, geology, etc. are all about solar plasma (driven by interstellar plasma) and the plasmoids trapped within our magnetosphere.

clever

And when we alter the composition of the "gases"/plasma by burning oil and other pollutants we get "climate change". Gives you a whole new view of climate change does it not? We've been lied to by omission and manipulated to on so many levels in regards to globull warming that now so many people now believe it's all bull and have now convinced themselves there is no change and everyone else is fed an incomplete fairy tale about how our climate and why our climate is changing.

Last Edited by Xenus  on 03/22/2010 03:01 PM

[link to antwrp.gsfc.nasa.gov]
Explanation: What shapes the remarkable dust tapestry of the nearby Milky Way Galaxy? No one knows for sure. The intricate structures, shown above, were resolved in new detail recently in a wide region of the sky imaged in far infrared light by the European Space Agency's Planck satellite. The above image is a digital fusion of three infrared colors: two taken at high resolution by Planck, while the other is an older image taken by the now defunct IRAS satellite. At these colors, the sky is dominated by the faint glow of very cold gas within only 500 light years of Earth. In the above image, red corresponds to temperatures as cold as 10 degrees Kelvin above absolute zero, while white corresponds to gas as warm at 40 Kelvins. The pink band across the lower part of the image is warm gas confined to the plane of our Galaxy. The bright regions typically hold dense molecular clouds that are slowly collapsing to form stars, whereas the dimmer regions are most usually diffuse interstellar gas and dust known as cirrus. Why these regions have intricate filamentary shapes shared on both large and small scales remains a topic of research. Future study of the origin and evolution of dust may help in the understanding the recent history of our Galaxy as well as how planetary systems such as our Solar System came to be born.
[link to antwrp.gsfc.nasa.gov]


The nearly 20-year-old Hubble Space Telescope has taken many iconic images of the cosmos and is even the star of a new 3D IMAX movie that gives viewers a chance to fly through those snapshots. But does Hubble show us what the universe really looks like?

Yes and no, according to NASA.

When Hubble beams down images, astronomers have to make many adjustments — such as adding color and patching multiple photos together — to that raw data before the space observatory's images are released to the public.

Hubble doesn't use color film (or any film at all) to create its images. Instead, it operates much like a digital camera, using what's called a CCD (charge-coupled device) to record incoming photons of light.

Hubble's CCD cameras don't measure the color of the incoming light directly. But the telescope does have various filters that can be applied to let in only a specific wavelength range, or color, of light. Hubble can detect light throughout the visible spectrum, plus ultraviolet and infrared light which is invisible to human eyes.

The observatory will often take photos of the same object through multiple filters. Scientists can then combine the images, assigning blue light to the data that came in through the blue filter, for example, red light to the data read through the red filter and green light to the green filter, to create a comprehensive color image.

"We often use color as a tool, whether it is to enhance an object's detail or to visualize what ordinarily could never be seen by the human eye," NASA officials explain on the agency's Hubble Web site.

For some Hubble photos, such as the galaxy ESO 510-G13 for example, the end result is a close approximation of the colors people would see with their own eyes were they to visit the distant sight in a spacecraft.

Though even these photos are an enhanced version, since most celestial objects, such as nebulas, emit colors that are too faint for human eyes to make out. It takes a telescope, letting light build up in its CCD over time, to see the rich hues in Hubble photos.

And for other Hubble images, scientists assign colors to the filters that don't correspond to what that light would look like to human eyes. They do this when using light from infrared and ultraviolet filters, since those wavelength ranges have no natural colors, or when combining light from slightly different shades of the same color.

"Creating color images out of the original black-and-white exposures is equal parts art and science," NASA said.

For example, Hubble photographed the Cat's Eye Nebula through three narrow wavelengths of red light that correspond to radiation from hydrogen atoms, oxygen atoms, and nitrogen ions (nitrogen atoms with one electron removed). In that case, they assigned red, blue and green colors to the filters and combined them to highlight the subtle differences. In real life, those wavelengths of light would be hard to distinguish for humans.
[link to www.msnbc.msn.com]

true xenus, part of the big lie

hard to pin-point when the big lie began, turn of the last century ,the truth regarding the composition of our universe was held within the confines of our western occult institutions

the first world war empowered the military to involve themselves within the 1920`s onwards

the second great war was realy about the first and it`s content (vril/aether)

after that the usa/europe/russia placed the subject within national security but, the subject proved to big to contain and control so, the cold war unravelled, by which time china was within the loop

now we got globalisation stucture forming but still no clear map of how to unfold the subject upon the population

many possibilities (events awaiting to happen)

so we continue to release information, thereby increasing the events awaiting to happen and continue selecting the ones that fit best

welcome aboard, as an andmiral once told me

look into the brotherhood of the bell to understand the mind set and history of secrecy re. aether/vril

Giordano Bruno and the Infinite Universe

Bruno tore down the outer boundaries of the old system and envisioned something remarkably similar to the modern universe. For him, space was boundless, and was filled with countless solar systems: "There are innumerable suns and an infinite number of planets which circle around their suns as our seven planets circle around our Sun." We do not see planets revolving about other stars "because of their great distance or small mass . . ."

"As to us on Earth, the Earth seems to be the center of the Universe, so to inhabitants of the Moon, the Moon will appear as such ... Each world has its center, each its up and down; these differences are to be assigned relatively . . ."

For those and other "diverse horrid opinions" Giordano Bruno was burned at the stake in the jubilee year of 1600, nine years before the telescope first was turned toward outer space.


Late Vatican regret

On the 400th anniversary of Bruno's death, Cardinal Angelo Sodano declared Bruno's death to be a "sad episode". Despite his regret, he defended Bruno's persecutors, maintaining that the Inquisitors "had the desire to preserve freedom and promote the common good and did everything possible to save his life" by trying to make him recant and subsequently by appealing the capital punishment with the secular authorities of Rome.

For later reading.

Xenus rocks

Universe may have billions more stars
Astronomers have underestimated the number of galaxies in parts of the Universe by as much as 90 per cent, according to a study, suggesting billions of stars are yet to be recorded.

Map-makers may have missed the galaxies because surveys of the cosmos are based on a reading of ultraviolet light.

The study by scientists at the University of Geneva observatory, reported in the journal, Nature, says the survey method is a poor indicator of distant galaxies because the light can be blocked by clouds of dust and gas.

Matthew Hayes, who led the study, said: “Astronomers always knew they were missing some fraction of the galaxies ... but for the first time we now have a measurement. The number of missed galaxies is substantial.

"If there are 10 galaxies seen, there could be a hundred there.”

His team compared used the world's most advanced optical instrument, Europe's Very Large Telescope (VLT) in Chile, which has four 8.2-metre (26.65-feet) behemoths – to study the universe using two different methods.

They searched using the traditional Lyman-alpha test, named after its US discoverer, Theodore Lyman. Lyman-alpha is light released by hydrogen atoms.

Then they searched for light on different wavelength and found many more sources of energy – indicating distant galaxies – that had not been spotted using the traditional technique.

The study concluded that as much as 90 per cent of such distant galaxies may go unseen in traditional exercises.

[link to www.telegraph.co.uk]

I love this thread.

for other people to be edified.

Scientists to Levitate Drops of Liquid to Study Glass

Physicists are building a levitation chamber to suspend a drop of liquid in mid-air and watch its atoms as it cools into glass.

The machine should help clarify the mystery of glass, which is a puzzling state where matter is more like a liquid than a solid. Physicists want to better understand what happens to the atoms in a material when it transitions from a liquid to a glass.

We often think of glass simply as the stuff that's in our windows, but it's actually a phase of matter, like a gas, a liquid or a solid. All liquids can become glasses, but some more easily than others.

"We've used glasses since 4,000 years ago in Mesopotamia, but we still don’t understand the process – how it goes from a liquid to a glass," said physicist Kenneth Kelton of Washington University in St. Louis. "It's one of the most interesting dynamical processes anywhere around."

The liquids in this study are metals – such as titanium, zirconium, nickel, platinum and their alloys (metals mixed with other elements). If cooled down quickly enough, these too can form glasses instead of solids.

The key, though, is that they must be kept out of contact with other materials – such as a container – which make it even easier to settle into a solid and more difficult to become a glass. So for this experiment, the liquid must be floating in a vacuum, not touching anything else.

That's where the levitation chamber comes in.

Floating in mid-air

The $1.65 million Neutron Electrostatic Levitation Chamber (NESL) will be set up at Oak Ridge National Laboratory in Oak Ridge, Tenn. Kelton, the team leader, and his colleagues Takeshi Egami of Oak Ridge and the University of Tennessee, Alan Goldman of Iowa State University, and Xun-li Wang of Oak Ridge, hope to have the device up and running in about three years.

The chamber will use electrodes to induce an electric charge on the surface of a drop of liquid. Then an electromagnetic field will keep the drop hovering in one spot.

Another machine at Oak Ridge, called the Spallation Neutron Source, will produce beams of neutrons (neutrally charged subatomic particles found in the nuclei of atoms) to aim at the hovering drop. The researchers plan to use neutrons as a stand-in for light, to create a kind of neutron microscope to study the liquid. As the neutrons fly through the liquid drop, they can interact with the atoms in the droplet. And when the neutrons emerge on the other side of the drop, they appear in a particular pattern depending on the arrangement of atoms in the liquid.

"This, we hope, will give us information on things that have never been studied in liquids," Kelton said. "If an atom is moving in a liquid, we can tell something about that motion from the way the neutrons come through."

The metals, which exist as solids at room temperature, must be kept very hot to stay in liquid form. The researchers plan to shine laser beams on the liquid samples to keep them heated, and then adjust the power of the lasers to adjust the temperature, cooling the liquids down to glass.

The physicists hope to compare the microscopic structure of the material in these different states to help pin down just what differentiates them.

"If we look at the difference in structure from a liquid to a glass, we can see a difference, but it's very subtle," Kelton told LiveScience. "The question is, What's different?

What's in a glass?

A solid has a very organized structure where atoms are arranged in regular, repeating patterns like building blocks. This structure stays relatively stable over time. A liquid, on the other hand, is a jumble, with atoms grouped together in changing, uneven patterns.

Glass, though it seems frozen like a solid, is actually arranged much more like a liquid, and as such has the capacity to change, albeit more slowly than a liquid. That's why, if you look at old glass, it appears thicker toward the bottom: Over time, some of the glass seeps down, pulled by gravity, though it happens so gradually it's hard to notice.

Physicists suspect that though the atoms in a glass look somewhat randomly arranged, they are actually more stuck than they seem. Perhaps most atoms are locked in place by their neighbors, and for one to move, all its surrounding atoms would also have to shift. So when glass does flow, it's only because large groups of atoms cooperate to move together.

Earlier experiments by Kelton and his team at a precursor levitation chamber showed that islands can occur where bunches of atoms group together in an ordered formation. These islands seem to interrupt the larger patterns that would form in a solid, so their presence prevents the liquid from becoming a solid, keeping it stuck in its mostly jumbled state.

But researchers don't all agree about how this works, or whether it happens in all glasses. They hope the next generation experiment will provide new insight.
[link to www.livescience.com]

By "glass" I think they mean crystalline, when a plasma is cooled very quickly it forms a crystalline structure, this is how we are able to create artificial diamonds.

hi xenus,

Universe may have billions more stars
Astronomers have underestimated the number of galaxies in parts of the Universe by as much as 90 per cent, according to a study, suggesting billions of stars are yet to be recorded.

this is no coincidence:

Deep inside an abandoned iron mine in northern Minnesota, physicists may have spotted the clearest signal yet of dark matter, the mysterious stuff that is thought to make up 90 per cent of the mass of the universe.

there is no dark matter , it is a mathematical construct to keep alive a gravity universe

same as black holes, imagination to keep alive the god and gravity

Xenus, you are one of my favorite posters. I learn so much from reading your posts. Thank you for spending the time finding this information.

xenus, clear your mind:

read this ......

When sprinkling iron filings around a magnet could it be that instead of "lines of force", the filings may also represent those properties akin to "stress in the dielectric" ? This by way of the dipole arrangement of those iron filings i.e. molecular, atomic, and/or electron polarization.

Dielectrics
[link to physics.info]

It seems that "polarization" can be made analogous to a "flow" or directional 'aetheric wind' (E-field). However, though analogous it seems more-so that the interaction gently 'offsets' the normal 'electrical balance' of one or more of those features (molecular, atomic, electron etc). It changes the normally balanced "dipole moment" of the 'dielectric structure'.

So, in reasoning about magnets it seems also possible to consider the arrangement of iron filings as being analogous to 'dielectric stress". Not just a relation to the 'strength of the field'.

......then visualise our universe and all that you see flowing

I'm still having problems trying to understand electric fields and polarization of light and electricity. They call electric fields static electricity, in the last article I posted they use these fields to levitate that metal ball. Electric fields are hardly mentioned anywhere but they are present in anything that has a voltage (voltage is potential). Everything flows, electricity being the most obvious, I would love to be able to see the invisible fields and EM frequencies, it's very hard to visualize something like that, as magnetic field lines do not give an accurate representation.

I'm glad people are learning and starting to see what is going on, how little we really know about the important things in our reality, how little we understand about how everything fits together. If more people began to care and learn we will have no problems in understanding and finding out the truth. I'm not going to be around for much longer so it's good to see some people stepping up and doing their own thing, as long as they don't get distracted or side tracked. I only ask that people put aside their preconceived notions and beliefs when reading new information. You must forget all that you think you know and relearn everything, you will start to see links between everything and will begin to understand the information in a new way. Don't try to fit the information to suit your beliefs you'd be doing more harm than good.

oops double post.

Last Edited by Xenus  on 03/31/2010 01:14 PM

What defines the boundary of the solar system?

What do we mean when we say something has an edge, or a boundary? Some things, like a table or a soccer field have clear edges and boundaries. Other objects, like cities and towns, have boundaries that aren’t as easy to see. It is hard to say where they end and something else begins. The solar system is more like a city than a table or soccer field.

You could say that the solar system extends as far as the influence of the Sun. That could mean the influence of the Sun’s light, or the influence of the Sun’s gravity, or the influence of the Sun's magnetic field and solar wind.

Could the reach of the Sun’s light be a good way to decide how far the solar system extends? The light from the Sun gets fainter as you move farther away, but there is no boundary where the light stops or where it suddenly gets weaker. How about gravity? Just like light, the influence of the Sun’s gravity extends without limit, although it gets weaker farther away from the Sun. There is not a boundary at which it stops. Astronomers are still discovering objects in the outer solar system beyond Pluto.

The solar wind is different from light or gravity. As it streams away from the Sun it races out toward the space between the stars. We think of this space as “empty” but it contains traces of gas and dust. The solar wind blows against this material and clears out a bubble-like region in this gas. This bubble that surrounds the Sun and the solar system is called the heliosphere. This is not a bubble like a soap bubble, but more like a cloud of foggy breath that you breathe into chilly winter air. Scientists believe that the closest parts of the heliosphere are 90 times farther away than the distance between the Earth and Sun. That’s three times as far as Pluto.

The heliosphere defines one type of boundary of the solar system.

What happens when the solar wind and the interstellar medium collide?

Even though the interstellar medium has a low density, it still has a pressure (similar to air pressure). The solar wind also has a pressure. Close to the Sun, the solar wind has a large pressure and can easily push the interstellar medium away from the Sun. Further away from the Sun, the pressure from the interstellar medium is strong enough to slow down and eventually stop the flow of solar wind from traveling into its surroundings. The entire area or bubble inside the boundary of the solar system is called the heliosphere. The place where the solar wind slows down and begins to interact with the interstellar medium is called the heliosheath. The heliosheath has a few parts: the termination shock (the innermost part of the boundary), the heliopause (the outermost part of the boundary) and the part in between the inner and outer boundary.

Since the Sun is moving relative to the interstellar medium around it, the heliosphere forms a wave or shock in the interstellar medium like a boat in the ocean. This is called the bow shock or wave.

What is the interstellar medium?

Outer space is not empty space. The interstellar medium (ISM) is the name for the stuff that is in space between stars in our Milky Way Galaxy. The ISM is mostly made of clouds of hydrogen and helium. The rest of the ISM mostly consists of heavier elements like carbon. About one percent of the ISM is in the form of dust.

In some places in space the ISM is not dense at all, but it is much more dense in other regions. However, even the densest parts of the ISM are 1014 (100,000,000,000,000 or 100 trillion) times less dense than the Earth's atmosphere. The density of the ISM ranges from 0.003 molecules per cubic centimeter in regions of hot ionized gases, or plasma, to more than 100,000 molecules per cubic centimeter in regions where stars form. On average, there are only 1,000 grains of dust in each cubic kilometer of space!

Stars form in regions of the ISM that are dense enough for gravity to pull the gas and dust together to make compact, hot spheres. These protostars eventually become so dense and hot that nuclear fusion begins, and they become stars.

Although they are not alive, stars have life-cycles. They are born from the ISM, grow, and die. Some stars die in an explosion called a supernova. After it explodes, a supernova's material is recycled into the ISM.

Exploding stars continually replenish the ISM with their material. In turn, gravity pulls the ISM material together to form more stars.

What is the bow shock or bow wave?

A bow shock or wave will form in front of the heliosphere, as the Sun moves through the interstellar medium. A bow wave is similar to what happens at the prow of a boat, while a bow shock is similar to the shockwave that forms in front of a supersonic jet.

If the Sun is moving faster than the speed of sound in the interstellar medium, a bow shock will form. Otherwise, if the Sun is not traveling that fast a bow wave will form.

What is the heliopause?

The heliopause is the boundary between the Sun's solar wind and the interstellar medium. The solar wind blows a "bubble" known as the heliosphere into the interstellar medium. The outer border of this "bubble" is where the solar wind's strength is no longer great enough to push back the interstellar medium. This is known as the heliopause, and is often considered to be the outer border of the solar system. The zone between the termination shock and the heliopause is known as the heliosheath.

What is the termination shock?

The termination shock is the boundary marking one of the outer limits of the Sun's influence, and is one boundary of the solar system. It is where the bubble of solar wind particles slows down so that the particles are traveling slower than the speed of sound. The solar wind particles slow down when they begin to press into the interstellar medium. The solar wind is made of plasma, and when it slows in this way, it goes through many changes. The solar wind plasma gets smooshed together, or compressed like people crowded together in a tiny room. When it is compressed, it also becomes much hotter, in the same way as a bicycle pump heats up in your hand when you vigorously inflate a tire. Also, the solar wind carries outward some of the Sun's magnetic field, which now gets stronger at the termination shock and twists around. We have only two direct measurements of the distance to the Termination Shock. These measurements were made by Voyager 1 and Voyager 2. Voyager 1 crossed the termination shock at 94 astronomical units (AU) and Voyager 2 crossed at 84 AU.


Even though the Interstellar Medium has a low density, it still has a pressure (think of air pressure.) The solar wind flow also represents a strong outward pressure. Close to the Sun, the solar wind has a high pressure and can easily push the interstellar medium away from the Sun. Further away from the Sun, the pressure from the Interstellar Medium is strong enough to slow down and eventually stop the flow solar wind from traveling into space. The place where the speed of the solar wind becomes slower than the speed of sound is called the termination shock.

A similar shock is formed when you run water from a faucet into a sink. When the stream of water hits the sink basin, the flowing water spreads out at a relatively fast speed, forming a disk of shallow water that quickly moves outward, like the solar wind inside the termination shock. Around the edge of the disk, a shock front or wall of water forms; outside the shock front, the water moves relatively slower, like outside the termination shock. Remember, the water shock is only 2-dimensional or flat. The Boundary of our solar system is 3-dimensional like a sphere.

How does the solar system boundary affect me?

This graph depicts the fraction of high energy cosmic rays (greater than 100 MeV) that pass through the boundary of the solar system. 100% of them are present outside of the Bow Shock. There is a small drop off in the number that make it through to the heliopause. More than 50% are stopped between the heliopause and termination shock, which is at approximately 100 AU. This leaves a fraction less than 25% to permeate to the inner solar system.

The solar system boundary may be defined as the region where the solar wind slows down and interacts with the Interstellar Medium.

If the solar system did not have a boundary, or if the boundary changed size so that it was inside the orbit of the Earth, then there would be at least 4 times the amount of cosmic rays in the solar system. Luckily the Earth's magnetosphere protects us from some of the cosmic rays that come from outside our solar system. However, if there were a dramatic increase in the number of cosmic rays entering the solar system, it could change the amount of high energy cosmic rays that would be able to reach Earth's surface. Damage to the Earth's ozone layer could occur and cosmic rays may cause damage and mutation to DNA.

What are cosmic rays?

'Cosmic ray' is the (confusing) name given to any kind of energetic particle that comes from outside the Earth. These particles could be single protons, nuclei of different atoms or electrons. Cosmic rays are neither light nor beams of particles, so maybe they should be renamed energetic cosmic particles. Cosmic rays are often made when a star explodes. This is called a supernova. Some cosmic rays can be produced by the Sun and some can even come from as far away as other galaxies. These particles are very energetic, but also very small. They rarely directly hit anything as they travel through space, but if they do it can cause nuclear reactions with atoms. These reactions are similar to the activities in particle accelerators. The Sun's heliosphere protects the planets and other objects in the solar system from some of these dangerous particles. The Earth's magnetosphere and atmosphere protect life on Earth from cosmic rays that make it through the heliosphere. Studying the heliosphere will help us to prepare adequate shielding during future space travel

How do cosmic rays affect DNA?

Cosmic rays can seriously damage DNA. If DNA damage cannot be repaired by the cell, the cell could die. If the damage is copied into more cells, then a mutation could occur. Exposure to large amounts of cosmic rays could increase the risks for cancer, cataracts and neurological disorders. Long term exposure to cosmic rays, or short intense bursts, could affect the evolution of life on Earth.

What are energetic neutral atoms?

Energetic Neutral Atoms (ENAs) are particles with no charge that move relatively fast. ENAs are formed from particles that are ionized, meaning they have lost electrons. Sometimes, these ions interact with neutral atoms taking the electrons from those neutral atoms and becoming neutral themselves. Since the particle is no longer charged (it has equal numbers of protons and electrons) it no longer reacts to the magnetic fields, and travels in a straight line from the spot where the interaction occurred.

This interaction is called charge exchange. Charge exchange can happen between solar wind ions and neutral atoms from the Interstellar Medium. Some of these ENAs happen to travel in just the right way so that they enter the IBEX spacecraft for collection. There are so many energetic particles that interact with interstellar neutrals, that even though they could travel in any direction, the IBEX sensors are able to pick up between 1 per hour and a few per minute.
[link to www.nasa.gov]

re-reading this thread xenus i am suprised by how much we have spoken, inluding my talking in ryme, that feels wierd now , who was i then

thank you for your time and patience





"Roaming" Magnetic Fields Found
April 1, 2010

Weak magnetic fields are "roaming" across the universe, according to a new study that may have solved the mystery of where the huge magnetic fields around galaxies come from.

Galaxies such as our Milky Way have their own large-scale magnetic fields. Although these fields are weak compared to planetary fields, scientists think the galactic versions help establish rates of star formation, guide cosmic rays, and regulate the dynamics of interstellar gas.

Most scientists believe the stronger magnetic fields of today's adult galaxies grew from weaker "seed" fields. But it's unclear where these older fields originated.

[link to news.nationalgeographic.com]

charge is the archetype of all

it`s never alone

it`s existance (motion) creates field

we can maybe visualise that charge exisiting everywhere creating via it`s existance field everywhere, field has an effect upon charge, it restrains, creating the coiling effect, which is why the vortice is observed throughout all things micro to macro

it can coil/vortice either way but coil it always does

this is why there is asymmetry within nature, the bias of the coil

this effect is the cause of all effects, either material or non-material

this effect is the cause of all effects, either material or non-material

root cause

all effects, within their own sequence/shapes, unfold from this cause/effect

.

.

Remove that which you see and then refocus your attention on what remains.

Then what are you looking at?

[link to www.ultimate-self.com]




.

Tell me about it, every time I look back on what I've written I sometimes don't remember even writing it, despite knowing full well I did. Could be the pot LOL. When you look back on what you've learned the understanding can change greatly of what you thought you knew or discovered. There are any changes and motions we can't see nor understand fully yet within us and without us.

I was playing a game called Risen the other day and this mage had an ancient artifact that he called the "ocular" which allowed him to see the invisible "currents" and "flows" around him, if only we had a device which allowed us to visualize the magnetic and electric fields...

Anyone see the sticky from today?




Keep in mind comets are more than merely ice and dust... Even NASA know this ever since the comet composition missions. I've posted this information before but if anyone needs more about this just say.

Tell me about it, every time I look back on what I've written I sometimes don't remember even writing it, despite knowing full well I did

hmmm , i`m not drinking or imbibing substanaces

it`s interconection with non local conconsciouness which, is prompted when i have a 3rd party something to focus on

leads me to believe there is a different lifestyle to be obtained upon entering within a complementary to the phenomenon way of life which, i imagine, is dependant on whom interaction occurs with

feedback today from my remotely unknown (to him) intune scientist


The field makes all matter possible, the field is the aether and it is a revolving magnetic field, and the electro static charge creates with electro magnetic charge the four fundamental units of charge, induced by angular momentum and a event called tensegrity.
april 2nd 2010