Pulsed Power

[Solar]

Understood, essentially it's coming down to whether the pulsars are required in the power distribution system, or are but mere products.

Some tests could be done on variability of pulsars and effect on their surrounding stars... Questions like: Do stars depend on surrounding pulsars (step down transformers) to keep em lit. If pulsars loose resonance, do the sun-nodes go out? Are larger scaled pulses required? Pulsing galaxies?

Of course fast forwarding the galaxy to reveal the picture is not possible, but scaling the process down with real models is well within research reach, pioneers like Tesla, Meyl working to reveal this. Essentially what you have described is Tesla's wireless power distribution system.

Enchanting picture there JL. The geometry of scalar vortex theory is just so beautiful. It will become very handy for developing the model... Perrat's already built you a spiral, Tesla shows you what it's for.

Those are interesting questions and I'm glad to see that you have one of these commensurate approaches in your reserves. In particular I wondered the same with regard to:

Questions like: Do stars depend on surrounding pulsars (step down transformers) to keep em lit. If pulsars loose resonance, do the sun-nodes go out? Are larger scaled pulses required? Pulsing galaxies?

Although it’s mentioned loosely from time to time, like JL, i keep an eye or three open for some ‘connection’ hoping to ‘bridge’ EU/PC with the work of Tesla with something more substantial than the broad fact of electricity. Methinks the following may be a significant “pulsar” related surface current-producing-star-shining factor. Consider this:

Concerning the Property of Reflection

Eric Dollard:

During part 5 of the Dollard/Carlson SBARC talk @ 5:10 the video abruptly cuts to Dollard in the middle of a sentence:

… or the Sun. [A] lot of confusion resulted. It’s found that the Sun transmits no transverse electromagnetic energy whatsoever. The only thing you can see in space is reflected when the longitudinal fields strike a surface and turn into the scattering transverse electromagnetic waves.

Does anyone know of any verification of the statement “It was found that the Sun transmits no transverse electromagnetic energy whatsoever.” (?) Nonetheless and also ...

Charles P. Steinmetz

In both the original Tesla Longitudinal Electricity videos and the SBARC series Charles P. Steinmetz is referenced. In his book “Elementary Lectures on Electric Discharges, Waves and Impulses” Steinmetz uses an oscilloscope and artificial (simulated) transmission line to assess several electrical properties. One of those properties:

The oscillogram shows the reversals of current by reflection, and the formation of stationary oscillation by the successive reflections of the traveling wave from the [open] ends of the line. –pg 107

These oscillations form standing waves ("stationary oscillations").

Anthony Peratt

It was only natural for Anthony Peratt to then pursue the application of electrical properties and principles with the plasma via “magnetosphere transmission line simulations” with regard to pulsars. From Peratt’s paper:

Any disturbance on a transmission line, such as an arc-discharge or an interruption of steady state conditions, results in the initiation of traveling waves, which propagate towards the ends of the line, where they may be reflected and modified, and attenuated distorted by any losses until they die out.Radiation Properties of Pulsar Magnetospheres: Observation, Theory, and Experiment

There are other aspects to note with regard to Peratt’s paper i.e. the formation of a “toroid waveguide” inducing relativistic jets (Theta Pinch?) and the formation of surface currents induced via reflection by way of ‘pulsed’ electromagnetic waves incident upon the surface of a conductor.

“Waveguides”

The [magnetospheric] transmission line may also contain another active element, a double layer, whose field orientation is also depicted in Figure 7. This figure is axially symmetric about the magnetic axis so that the complete figure of revolution is a torus and the relativistic current pulses propagate within a toroid waveguide.

On pg. 13 (as counted by the .pdf page numbering system):

The property of total reflection has been used to produce circularly polarized waves. If the incident wave is linearly polarized in a direction which is neither parallel to nor perpendicular to the plane of incidence, the reflected wave is, in general elliptically polarized
(…)
Regardless of density profile, if w>> wpe, the electromagnetic wave is imaginary and the wave propagates freely. Hence, high frequencies propagate freely until a reflection condition w=wpe is encountered. The radiating currents are thin surface currents.

Generally speaking Tesla’s spiral coil also served as a “waveguide” for the current pulses. Therefore, between toroidal and spiral “waveguides” (which can and do coexist in cosmic formations) we have the production of “resonant nodes” or resonators via “forward and reflected wave interference” resulting in “Voltage magnification is by standing waves” – with toroidal or spiral waveguides. – Tesla Technology

Holoscience sums this nicely:

Healy and Peratt have studied the detail of signals from those other super-rotators – pulsars – and have concluded, "[T]he source of the radiant energy may not be contained within the pulsar, but may instead derive either from the pulsar's interaction with its environment or by energy supplied by an external circuit.… [O]ur results support the 'planetary magnetosphere' view, where the extent of the magnetosphere, not emission points on a rotating surface, determines the pulsar emission." In other words, no whirling, super-condensed neutron star is required.

Plasmas transfer energy over great distances to smaller regions where it may be periodically or catastrophically released. Peratt explains the flickering of electromagnetic radiation: "The flickering of a light in Los Angeles does not mean that the supply source, a waterfall or hydroelectric dam in the Pacific Northwest, has abruptly changed dimensions or any other physical property. The flickering comes from electrical changes at the observed load or radiative source, such as the formation of instabilities or virtual anodes or cathodes in charged particle beams that are orders of magnitude smaller than the supply. Bizarre and interesting non-physical interpretations are obtained if the flickering light is interpreted by a distant observer to be both the source and supply." - Holoscience

Can one of the ‘radiative sources’ be the so called “pulsar?” Well of course it can; and consider “stellar fissioning” with regard to double pulsar systems wherein the abrupt (cosmic time) increase in current density may have spread the necessary work load over a larger surface area with the formation of two.

I don't want to provide major link-fest. Generally speaking it appears that pulsed EM waves longitudinally polarizing their way through a vast region of diffuse plasma functioning as a “scalar-field” (ala Meyl) can, upon reflection, induce surface currents with regard to the object doing the reflecting i.e. another Z-pinched stellar object. The surface currents would not allow wave penetration beyond the “skin depth” resulting in the formation of (outbound) “radiating currents” - and perhaps weaker surface currents and radiating currents when encountering ‘clusters’ wherein the energy of the incident wave(s) is diffused throughout the co-rotating members of said cluster appropriately scaling up to galaxies, and their clusters.

In addition, the inbound wave energy may ‘cross’ the “radiating” outbound reflected energy resulting in the formation of an electromagnetically stratified and inexplicably hot boundary or transition region delineated by [double] layered strata performing a type of ‘osmotic-diffusion’ of the dual wave energy i.e. inbound and reflected; crossing. The Corona.

Every "product" of the 'system' would have its necessary Function. It looks to me that Anthony Peratt has done much of the necessary theoretical work and simulation supporting JL's proposition. I think I'm going to stake that claim so that when the "standard model" gets around to it; we'll be waiting.

*nefarious grin*

[Jarvamundo]

Thanks for the Peratt paper, appreciated.

[junglelord]

Without the expert help of my forum friends, I may have sounded retarded, or at the very least, a voice crying in the wilderness as it were...instead I have incredible support and even understanding of my intention...I thank you all for helping me to explain my idea.
Cheers
Dean Ward

[junglelord]

Here is a link to LaViolette's Book, some very useful information, even if you do not agree with his position that a pulsar is ET broadband signal communication beacons.
http://books.google.ca/books?id=Iv1W3nj ... &q&f=false

Are Pulsars evidence of Alien Contact?
http://www.bibliotecapleyades.net/unive ... sars08.htm

High-resolution single-pulse studies of the Vela Pulsar
http://www.bibliotecapleyades.net/archi ... pulsar.pdf

[junglelord]

Spatial Distributions of Pulsars by LaViolette

The neutron star lighthouse model predicted that pulsars would be formed in supernova explosions and in fact several of them have been found near supernova remnants.

If that were truly how they were formed, one would expect to find pulsars concentrated toward the center of the galaxy where most supernovas occur. However, LaViolette has noticed that the distribution of observed pulsars in the galactic plane differs markedly from that. (He also cites studies of neutron stars associated with supernova remnants showing that the stars were not formed in the supernovas.)

In fact, there is a clumping of them near a point one radian north of the galactic center. He depicts a sharp fall-off of pulsars just beyond that point. He also noticed that some of the most unusual pulsars are found right at that edge in the distribution.

The position of these anomalies at a one-radian angular distance from the galactic center (g.c.) is especially odd because:

the radian is arguably a natural angular unit that would be recognized by many societies

this particular angular position would exist only from a point of view located exactly where we are – giving the impression of a deliberate signal or sign to our society or any society at our location

In the same vein, LaViolette points out that the two fastest known pulsars are located at the two one-radian positions.

These pulsars have other unique features that are listed by LaViolette. He also looks at the constellations in which the pulsars appear, and finds curious associations. The constellation Sagita (the “Celestial Arrow”) is located “adjacent” to a one-radian point. The arrow of Sagittarius’ bow (and the stinger of the Scorpion) designate the galactic center, and the cross of Crucis marks the southern galactic one-radian point.

These star formations all involve “marker” imagery.

Since the system of constellations was presumably invented here in our ancient cultural past, these oddly congruent associations suggest the constellations may have been devised in such a way as to embody and preserve knowledge of the significance of the pulsar signals for the benefit of future civilizations.

Pulsars as Artifacts
Unlike Sagan, who accepted the conventional model of a pulsar but wondered if ETI could be adding fine-grained modulation, LaViolette proposes a way in which the steady emissions of stars could be focused into the pulses we see. He explains that ETI might be using a nearly-collimated beam of synchrotron radiation, applying technology that we actually are developing today.

This dramatically offsets the effect of distance on the detectability of a beacon over interstellar distances.

Although we may now have or soon will have the capability to transmit focused synchrotron beams, LaViolette’s postulated transmitting society has access to energy on a scale far exceeding ours. Although pulsars are probably not neutron stars, they are still stars - white dwarfs modified to produce the pulsar signals.

The short of it is that we are observing a Kardashev/Kaku Type II civilization in terms of its ability to harness the total energy of a star.
http://www.bibliotecapleyades.net/unive ... sars08.htm

Impact of LaViolette’s Hypothesis
LaViolette’s hypothesis has received some interest in the borderland science literature, but has not been taken very seriously by astrophysicists.

I am not aware of any that have taken the trouble to refute or even discuss his work; there also has been no follow-up in terms of:

1/ reviewing the published data from which he drew his conclusions

2/ obtaining and reanalyzing any of the original data on which the publications he used was based

searching for more of the kinds of patterns noted by LaViolette in fresh pulsar data

I have this information about the spatial distribution, that LaViolette has determined to be of alien intelligence.
I am not sure based on his findings if my idea has any legs. The spatial distribution he has noted, may be part of a scalar field distribution, but not the way I envisioned it. I need to determine the spatial relationship of the known pulsars and determine if LaViolette has plotted the Pulsars properly, which I imagine he has, but also figure out if the data that we THINK tells us the position of the stars and pulsars is correct and quantivtative.

It seems that based on recent threads and scientific literature releases, we are not even sure about the local group of 20 stars and their motions and distance....so I may be at a loss as to make any real data determines in the final analysis. But it was a good thought. I also am interested in LaViolettes findings now that I am looking at them more throughly.

[Harry Costas]

G'day

There has been much writing on Pulsars.

What is the driver of the pulsar?

[Jarvamundo]

Harry/all: This thread has explored an idea from JL about the possible drive or function of pulsars with regard to a relatively non-mainstream area of electricity theory. Solar and JL pretty much rap up the proposition quite well.

For the EU position on variable stars it's probably best to go to Professor Don Scott's site: http://www.electric-cosmos.org/hrdiagr.htm or Thornhill's holoscience site for descriptions and articles, also TB's TPODs on pulsars.

(Just want to clarify that this particular thread is just throwing interesting ideas and questions around, of which are in relation to EU... but not from the current EU textbook per se).

What is the driver of the pulsar?

Birkeland currents driving relaxation oscillation discharges between binary pairs, see that Don Scott page... 'pulsar' section.

[junglelord]

Any clues or ideas as to why the distribution, according to LaViolette, is one radian north of the galactic core?

there is a clumping of them near a point one radian north of the galactic center. He depicts a sharp fall-off of pulsars just beyond that point. He also noticed that some of the most unusual pulsars are found right at that edge in the distribution.

The position of these anomalies at a one-radian angular distance from the galactic center (g.c.) is especially odd because:

the radian is arguably a natural angular unit that would be recognized by many societies

this particular angular position would exist only from a point of view located exactly where we are – giving the impression of a deliberate signal or sign to our society or any society at our location

In the same vein, LaViolette points out that the two fastest known pulsars are located at the two one-radian positions.

These pulsars have other unique features that are listed by LaViolette. He also looks at the constellations in which the pulsars appear, and finds curious associations. The constellation Sagita (the “Celestial Arrow”) is located “adjacent” to a one-radian point. The arrow of Sagittarius’ bow (and the stinger of the Scorpion) designate the galactic center, and the cross of Crucis marks the southern galactic one-radian point.

These star formations all involve “marker” imagery.

So the pulsars do form a marker imageray, but of what?
I cannot quite figure out why they would be placed like that in my model. However it would be nice if I could nail down this structual analysis with a Standing Wave Concept of Magneto-Dielectric Stress as I initially suggested.

His model seems to make a reasonable assumption, if indeed that is their position and distribution as a whole....and my idea does not pan out....any thoughts from the great minds?

[junglelord]

I have been thinking about this all morning. I have a thought.
They may be situated in a massive Birkeland Current that possibly is feeding the Milky Way?
Is that why they exist on that particular radian?
Are the pulsars with unique features evidence of the outer edge of that large Birkeland Current that would be feeding the Milky Way?

We have a clearly delineated area of distribution, so we have a structural analysis that is clear, if the data LaViolette got and his/their, analysis, was correct. Or is this clear evidence of our inability to even gather and interpert distance and locational data? Is this an artifact of our own lack of understanding of red shift?

If this is a true structural plotting of pulsars, then maybe there is a possible relationship to an incoming Galactic feed via a intergalactic Birkeland Current? This would be why the pulsars are there in a Standing Wave context. The Magneto-Dielectric stress in that region would be the most pronounced....

Or as LaViolette suggest, is this a galactic beacon system? Broadband communication would be the most probable way to communicate, not radio waves as SETI looks for.

Any thoughts?

[Solar]

I get the sneaking suspicion that if a “pulsar” is a post nova ‘remnant’ of ‘stellar evolution’ (supposedly found near supernova remnants with some regularity) that perhaps this phase of stellar evolution is not the “death of a star” but simply a phase of its function. Perhaps, in this case, the star is induced to carry a larger current density than it’s prior relatively ‘normal’ stellar state.

Instead, it may be that, the occasions of pulsars being found near other supernova remnants might be indicative of one star in a local cluster bearing the brunt of the increased electrical stress. That would point to one star in said local region functioning as a local ‘charged capacitor’ for higher current density which then discharges to the rest of the group after undergoing a current ramp. The ‘pulsar-phase’, or relaxation oscillator condition, would be sustained for the duration of the increased electrical stress (mistakenly interpreted as accretion oriented gravitational “spin up”) until the energy is diffused throughout the rest of the ‘system’ (“spin down”).

The gravity only model portraying a connection between bodies misinterprets the ‘discharge channel’ or ‘path’ of the electric current between such bodies as “accretion.” Interestingly, there exists evidence of a preponderance of millisecond pulsars in globular clusters where stars are more densely packed.

When the electrical stress is large enough to induce fissioning into binary systems to spread the work the preponderance of capacitive discharging would probably exist between ‘parent’ and ‘sibling.’ Yet, no “product” in the “system” is an island unto itself. The binary system, by way of ‘pulsed excitation’ through the plasma medium, would then have a larger radius of affect for the members of the local cluster inducing perhaps a further cascade of “step down” supernova events for other members of said cluster. That the cluster functions as a co-rotating resonant group; the group itself could then exert electrostatic influences beyond said local cluster. I think it relevant to consider the ‘members’ and the resonant group along these lines:

Many millisecond pulsars are found in globular clusters. This is consistent with the spin-up theory of their formation, as the extremely high stellar density of these clusters implies a much higher likelihood of a pulsar having (or capturing) a giant companion star. Currently there are approximately 130 millisecond pulsars known in globular clusters.[3] The globular cluster Terzan 5 alone contains 33 of these, followed by 47 Tucanae with 22 and M28 and M15 with 8 pulsars each. – Wackapedia

Could the presence of so many pulsars in globular clusters indicate an ‘electrical backbone’ of higher current density for such resonant formations?

Not only would the ‘’transmission line’ property of ‘reflection’ as incorporated by Peratt, Dollard, Steinmetz et al be appropriate in this regard but the magneto-dielectric properties of electrostatic interactions would also have an influence.

Mathew Loomis (sp?):

What Lumis did is he chose two mountain tops six miles apart and flew two kites up into the atmosphere. Roughly about a thousand feet up. As you can see in the diagram he hooked the telegraph key to one, and a sensitive galvanometer to the other. And sure enough when the key was hit on the other end; the galvanometer moved on the other end and Morse code transmission was possible. Dollard

Strong supportive evidence of the electric influence of pulsars was announced in Feburary of 2005 via ATNF News:

Although there is extensive indirect evidence for maser activity in the ISM, stimulated emission of radiation has never been directly observed in astrophysical situations. In this case, the broadband pulsar spectrum exhibits excess line emission at 1720 MHz as the pulsar's photons stimulate the creation of additional photons in an intervening OH cloud. – “Discovery of pulsed OH maser emission stimulated by a pulsar”

It appears that we have at least one pulsar directly observed energizing the electro-chemical photon induced Maser process in at least one plasma cloud of the interstellar medium vwith formation of coherent amplified electromagnetic waves.

Concerning Masers:

To get the proper wavelengths to generate the chain reaction, first electricity or another energy source is "pumped" into a chamber filled with particular atoms or molecules. Then this "pumping" radiation causes the transition of atoms from the ground state to a high energy excited state higher than that referred to in the above paragraphs. From this short-lived state the atoms come down through non-radiative transition to the long-lived metastable state. Once in the metastable state many atoms can be accumulated in one place and in the same state. The LASER or MASER beam, stimulated emission, arises when all these accumulated atoms simultaneously make a transition to the ground state, releasing their energy of wavelength… - Gravity Probe B: What is a Maser?

As the ATNF News article announced this is being accomplished with pulsed millimeter and submillimeter energy from a pulsar! Note the “OH maser filament” in the following article:

Astronomical masers are often found in compact HII (ionised hydrogen) regions in the gas surrounding very young stars. – Masers in massive star-forming regions

It is important to remember and extrapolate something Don Scott pointed out in reference to the Hertzsprung-Russell Diagram with stellar current input. He posits an interesting working hypothesis in The Electric Sky:

…the largest of these stars (ones near the top) seem to have the lowest current density. Are they at the center of the cluster and therefore somewhat shielded from the current? In another group of stars in M5 (the blue stars on the left) most of them seem to be of similar luminosity (size) but with high and varying levels of current density. Are they the stars doing the shielding? Pg 171-172: The Electric Sky

The implication being that the gravity only interpretation of hot, dense, youthful stellar objects may be more so indicative of stars and clusters that bear the brunt of high electric stress via increased current density. The previous ATNF News citing direct evidence that pulsars can induce the production of masers in “star forming” regions is massively huge in support of Don Scott’s approach and how this may occur!!

A distribution plot would be interesting would that accurate distances could be had. But also, a correlation of pulse frequencies and related electro-chemical reactions, excitations, and changes in interstellar molecular components such as those tabled at Interstellar Maser. This would seem to infer the opportunity to trace which pulsar’s frequencies may be inducing such reactions in a particular region and might also include spectral analysis of plasma clouds gauging the percentages of excited molecular constituents via proximity. That would make for some interesting work.

[junglelord]

I have been digging for a Pulsar Map to determine what LaViolette claimed about their relative position in one Arc.

I did find something very interesting. Drake made a map on the Pioneer spacecraft that identified the location of the sun based on the position of 14 pulsars of the Milky Way.

A plaque attached to Pioneer 10 and 11 as well as Voyager 1 and 2
contained a "Pulsar Map" of 14 pulsars as a way for extraterrestrial
beings to locate earth. What are those Pulsars?

an email to Robert
Johnston, the webmaster of Johnston's Archive,
http://www.johnstonsarchive.net/astro/, which is a fantastic
collection of the astronomy resources.

"That has got to be the most interesting question I've gotten to date.
All I know right now is that Frank Drake came up with the map at the
last minute shortly before the launch of Pioneer 10 in 1972 and that
at the time two of the pulsars had periods known only to seven places
(decimal or binary, I don't know). If nothing else, I should be able
to work it out from the map, right?

"OK, I think I have something. I'm not 100% sure here, but this looks
good:

I came up with a list of 147 known pulsars from 1975 (Taylor and
Manchester,Astronomical Journal, 1975, 80:794+) and came up with apparent matches
to the periods and approximate distances in a depiction of the pulsar map
in Murmers of Earth (Sagan et ali, 1978).

I haven't yet measured angles from the diagram, which would provide addition confirmation, but these
periods match to within 1 ppm for 10 pulsars, and one part in 50,000 to one in 800 for the other four. Here are the 14, clockwise from the line indicating direction to the center of the galaxy:

J1731-4744 = B1727-47
J1456-6843 = B1451-68
J1243-6423 = B1240-64
J0835-4510 = B0833-45
J0953+0755 = B0950+08
J0826+2637 = B0823+26
J0534+2200 = B0531+21
J0528+2200 = B0525+21
J0332+5434 = B0329+54
J2219+4754 = B2217+47
J2018+2839 = B2016+28
J1935+1616 = B1933+16
J1932+1059 = B1929+10
J1645-0317 = B1642-03

Once I finish some checks, I'll post some details on my web site. I
had e-mailed the Planetary Society and asked them, but got no response;
the SETI Institute would be another possible source.

Once we have these listings, you can go to the Princeton Pulsar Map
Applet

if you click on "Search By Name" and enter the information on the left
hand side of the list above without the "J" it will plot the location of
the pulsar on the map. Make sure that at least the box that is
labeled "Match Jnames" is checked.

http://answers.google.com/answers/threa ... 44799.html

Princeton Pulsar Map Applet is my next stop.

[junglelord]

It seems that the structural analysis of Pulsar locations being limited to one Arc is not supported and LaViolette has now recinded that position but still maintains that they are beacons.

Note: much of the information on this page is based on material published by Dr. Paul LaViolette in 2000. Since that time, additional pulsars have been catalogued, including additional eclipsing binary pulsars. This required a recalculation of the spatial distributions of pulsars and a review of any conclusions drawn from these distributions.

In November 2005, LaViolette published on his website an Update on conclusions presented in The Talk of the Galaxy. In his update, LaViolette noted that with 433 newly cataloged pulsars, the "clump" originally seen adjacent to the Galactic one-radian point is no longer supported. However, in new discoveries made in September 2005, the positions of the two fastest pulsars in the sky, the Millisecond Pulsar and the Eclipsing Binary Millisecond (EBM) Pulsar, as well as relations between the period of a new eclipsing binary pulsar which lies in the vicinity of the one-radian longitude, and that of the Millisecond Pulsar, all encode the constant pi in remarkable ways, supporting the interpretation that "pulsar beacons" have an extraterrestrial origin.

http://openseti.org/OSatHome.html
http://openseti.org/OSPulsars.html

I think that my original premis is correct.
I think that LaViolette needs to see the work on Pulsars by the EU group.
I think that if given three options.

1. a random distribution, with EU explanations.
2. a Magneto-Dielectric stress distribution, based on Tesla's law of wireless power transmission principles.
3 LaViolette's alien beacon distribution,

I would choose my idea first....but thats just me.

[junglelord]

More information on the work of LaViolette and new findings since 2005, no suprise to me pi is involved in the relative positions of the two quickest Pulsars. I am presenting a charge model to explain the position of the pulsar population. The density of the Magneto-Dieletric field in the vicinity of the population is directly related in my hunch. The higher the density, the faster the pulse. The two fastest pulsars seperated by pi, is that evidence of a huge birkeland current, as I surmised? I know that any charge model that is valid will have pi directly involved...maybe I am on to something after all.

Further Evidence for an ETI Origin

1. The map charting the sky locations of pulsars (figures 9 and 13 in the first edition of The Talk of the Galaxy) has now been revised and no longer shows a clump or pulsars positioned adjacent to the Galactic one-radian point. When The Talk of the Galaxy was first published in 2000, a total of 1100 pulsars had been cataloged. As of the end of 2007, this number has risen to 1775. Most of the new pulsar additions have southern hemisphere locations, having been located in the Parkes Multibeam Pulsar Survey. With the new data set, a galactic longitude histogram that shows the distribution of pulsars along the galactic equator no longer shows a decline in pulsar population extending from the one-radian longitude (l ~ 57.3°) toward the Galactic center. This is because most of the newly discovered pulsars lie in the central part of the Galaxy and hence the profile showing their distribution as a function of galactic longitude now absorbs this former clump. However, the sharp cut off in pulsar population just beyond the one-radian longitude is still present and, as before, is not easily explained as being due to any natural cause or selection effect.

2. In September 2005 Dr. LaViolette made several new discoveries which along with other findings described in The Talk of the Galaxy strongly support the interpretation that pulsar beacons have an extraterrestrial intelligence origin.

a) The two fastest pulsars in the sky, the Millisecond Pulsar and the Eclipsing Binary Millisecond (EBM) Pulsar, not only are among the closest pulsars to the one-radian longitude (as pointed out in 2000), but their longitude positions accurately portray the 1-to-2pi relation. That is, if one takes the angular deviation of the Millisecond Pulsar longitude from the Galactic one-radian longitude and divides by the deviation in longitude between the Millisecond Pulsar and the EBM Pulsar, the ratio so obtained is within 0.1% of being exactly equal to 1/2pi. In other words, through their sky positions, these two pulsars express the one-radian concept -- portraying the fraction of a circle's circumference that is represented by a one-radian arc.

b) If one takes the longitudinal deviation of the Millisecond Pulsar from the Galactic one-radian longitude, bisects this arc and adds the result to the angular deviation between the longitudes of these two millisecond pulsars, then divides the sum by 57.2958° to express the angle in radians, one obtains 3.1809%. This is within 0.09% of equaling 3.1837%, the fractional amount that the period of the EBM Pulsar deviates from the period of the Millisecond Pulsar. (It is logical to use the Millisecond Pulsar period as the base reference since it is not only the second fastest pulsar in the sky but also the closest to the Galaxy's equatorial one-radian longitude point.

c) The ratios described in both a) and b) would have been exact if the pulsar positions were observed between 1750 and 1800 AD. The ratios are less exact today since the longitude sky position of the EBM Pulsar is gradually changing due to the pulsar's proper motion toward the Galactic center.

d) Since 2000, a new eclipsing binary pulsar has been discovered (J1953+1846A), which lies in the vicinity of the one-radian longitude. It has almost the same angular separation from the Gamma Sagittae pointer star as the EBM Pulsar. Its close sky position proximity to both the EBM pulsar and to Gamma Sagittae is quite surprising since only 14 eclipsing binary pulsars are known to exist, less than one percent of the pulsar population. Interestingly, if one takes the period of this pulsar (4.8883 milliseconds) and divides by that of the Millisecond Pulsar (1.5578), one obtains 3.1380, which is within 0.1% of being exactly equal to pi.

All of the above is best understood within the context of the arguments and perspective carefully set forth in The Talk of the Galaxy. Needless to say, the apparent sky positions of these pulsars which exhibit these pi ratios can be seen as such only from our particular viewing perspective. We are led to conclude that this one-radian message is intentionally targeted toward our solar system.

http://www.etheric.com/LaVioletteBooks/ ... pdate.html

The original work of LaViolette
Decoding the Message of the Pulsars
http://www.etheric.com/LaVioletteBooks/ ... lsars.html

Parkes Multibeam Pulsar Survey.
http://www.atnf.csiro.au/research/pulsar/psrcat/

[Jarvamundo]

Since we have a high concentration of millisecond pulsars in globular clusters, what would we expect from EU models of induced globular cluster rotations or geometry?

Some interesting commentary and (to me contradictions) on mainstream assumptions:
http://www.tass-survey.org/richmond/ans ... bclus.html
http://iopscience.iop.org/1538-3881/126 ... _2_772.pdf

What is the EU model of a globular? If it is somehow connected to Birkeland current density, what expectations can we expect from rotation and shape....

interesting questions... modern scope equipment is now starting to add some data to this...

[nick c]

Hi Jarvamundo,

What is the EU model of a globular? If it is somehow connected to Birkeland current density, what expectations can we expect from rotation and shape....

TPOD on Globular Clusters:

And as for the spherical form of globular clusters, the cosmic electricians suggest that the best analogy may come from something as unfamiliar to astronomers as ball lightning.

http://www.thunderbolts.info/tpod/2005/ ... luster.htm

TPOD on Pulsars:
http://www.thunderbolts.info/tpod/2010/ ... ulsars.htm

Nick