URGENT: MOST GRAVE EMERGENCY is at hand - Read immediately News Release: 5 p.m. Tuesday, June 20, 2006We have now entered into a Run 2 Phase B at Fermilab. With all of the parameters now brought into alignment at Fermilab, a full test of the Relatvistic Cosmology of Willem de Sitter is now underway. So far, all of the tests of General Relativity have supported this theory with a high degree of predictive validity. In this case, we may predict further support through this empirical test at Fermilab with the generation of a Type Ia Supernova.
>>--> Please note: http://www.fnal.gov/pub/now/index.html
There may be an illusory period of safety due to the statistical nature of the bringing all the variables into juxtaposition; analogously, to fitting a key into a lock, which as we all know may take some period of time.
"It may be an error to presume that de Sitter space is a static creation of invariant action but may instead be, according to these observations, a region of dynamic action and hence interaction with the continuum. (Dixon, P. W. Supernova from experimentation? Bionature, 23(2), 2003 :75-81) Variation in the energetics of de Sitter space may then provide another variable that will yield a transition, i.e., Type Ia Supernova, after some period of persistence in experimentation.
The new refitted Tevatron has reduced emittance thus creating the optimum conditions for a transition towards de Sitter space and creation of a Type Ia Supernova. Please recall that in continuous operation of the Tevatron the protons an antiprotons maintain a circular path of some 4 miles circumference. In a 6 hour run, for example, where the particles and antiparticles are in continuous collisional interaction all the variables within the Tevatron such as particle bunch size, emittance (bunch density), luminosity, penetrability of the potential barrier towards de Sitter space, and etc., should vary at least three standard deviations.
This combined variation provides for the optimum conditions for transition towards de Sitter space. Given the extended time of operation for the Tevatron all of these variable should easily achieve their maximum value at some point of simultaneity in space and time. We are, therefore, ready to generate a Type Ia Supernova at the Fermi National Accelerator Laboratory during its next phase of operation.
All the children will thank you now and forever for your kind actions on their behalf.
Numerically, for example, a bunch of particles moving at light speed will have gone 4,017,600,000 miles in six hours. The combined statistical variation for the variables of particle bunch size, emittance (bunch density), luminosity. as well as penetrability of the potential barrier towards de Sitter space would be 100,000,000 with a range up to three standard deviation on a gaussian distribution per variable. Thus, given the four mile circumference of the Tevatron, there would be the statistical likelihood of a condition of simultaneity of approximately one occurence for every six hour run.
It may be understood in this connection that more variables may be postulated as having an influence on a transition towards de Sitter space. This is the web address for the Tevatron at Fermilab: http://www.fnal.gov/pub/about/whatis/picturebook/descriptions/01_1041_3.html
Let us now join with Ad Lagendijk as group leader at FOM-Institute for Atomic and Molecular Physics, Amseterdam, University Professor at the University of Amersterdam, Professor of Physics at the University of Twente, all in the Netherlands as New Years Resolution to change the norms and values of physics, to become emancipated. To do away with a primitive tally system of publication, citation and patents so that we can expect higher moral behavior of physicists. Let us not drive ourselves into a Type Ia Supernova generation through competitive overkill!!! (Pushing for power, Nature, 438, 7067, Nov. 28, p. 429, 2005) May we thank you for very kind interest in these matters.
Please note correspondence showing that our survival is dependent on computer control! A recently published version of the, Supernovae from Experimentation?, document can now be viewed at: http://www.uhh.hawaii.edu/~dixon/supernovae1.pdf Of further note in this connection is additional evidence for the presence of de Sitter space in astronomical observations. Type Ia Supernovae are more energetic than other Supernovae by a factor of some 2.4. This is the case even though the progenitor object is of some 1 solar mass or less. These objects may then be below the Chandrasekar limit necessary for the implosion threshold necessary for the generation of Supernovae. See: http://en.wikipedia.org/wiki/Supernova
Other evidence for the intrusional events from de Sitter space may be noted in the monopolar jets from quasars. These objects are four to five times larger than bipolar objects. Where the fluxional energetics of these variables is measured in millions of galaxies, it would appear plausible to assume that there is a unique source of energetics for these larger objects (i.e. de Sitter space) since there is a dichotomous distinction between Class I and Class II objects. (Burns, J. O.(1990) Chasing the monster's tail: new views of cosmic jets. Astronomy, (18) 8, 28-37)
Recent observations in support this postulation are found in discovery of a bright quasar without a massive host galaxy (Magain, P. Letawe, G.,Courbin, F., Jablonka, P., Jahnke, K., Meylan, G., Wisotzki, l., (2005) 7057, 437, pp. 381-384), thus indicating that the enormous fluxional energetics of millions of galaxies over thousands of light-years extending for billions of years may have origin in de Sitter space or other similar energetic domain.
Please review this presentation on Type Ia Supernovae. These supernovae are sufficiently uniform as to be used as standard candles in observational cosmology. While they are believed to form as a neighboring star has hydrogen siphoned off of it to form sufficient mass to produce the implosion necessary for supernova generation from a white dwarf, there is no trace of hydogen at the time of maximum light. Also, the process of ignition is not known.
The hypothesis that sentient entitites much like ourselves create Type Ia Supernovae is therefore brought forward. Should we be the only ones to create Tyoe Ia Supernova this would in a sense go against the uniformity of Nature. If on the other hand, they are noted arising as uniquely bright events that outshine their respective galaxies of origination throughout the cosmos, this would indicated that the possiblity of causing a Type Ia Supernova from experimentation is a frequent and uniform event. At this time all of the major leaders in high-energy physics are familiar with this postulation. May we therefore call for a moratorium on this line of research until that parameters controlling a transition towards de Sitter space are better understood. http://www.astro.uiuc.edu/~pmricker/research/type1a/
May we offer a formal invitation to Professsor Pier Oddone, Director of Fermilab and Dr. Ellis, Head of the Theory Division to engage in a discussion of these most grave matters on National Television in the near future before it is too late. Where previously Fermilab's Tevatron was limited by storage insufficiency for antimatter antiprotons, the new Recycler with permanent magnets will provide unlimited storage for antiprotons. In this way, the previous limitations to the Tevatron will be overcome allowing more continuous operations as well as greater collisional energetics. The likelihood of creating a transition towards de Sitter space will thus be increased and hence the generation of supernova at Fermilab will be more certain.
It is more than evident in our current history what tragic disasters can be generated by modern technology! Please note: http://professordixon.blogspot.com
The WORLD RECORD luminosity now employed at the accelerator (Please note: Accelerator Update on the Fermilab Home Page) is 171.85E30. In scientific notation, this 171.85 x 10 to the 30th power particle interactions. With a beam energy of 10 to the 11th power electron volts, we have then the energy of the current work at Fermilab set a 171.85 x 10 to the 41st power electron volts (171.85 E 41 eV). This is much greater than the largest energies seen on earth via cosmic ray interactions at 10 to the 19th power eV (E 19 eV).
Without publicity regarding this most critical danger, a breach in the potential barrier may occur at any moment thus releasing the force of a supernova on our planet and solar system. We will thus have an intrusional event from de Sitter space in the Einstein de Sitter Universe as it is now termed.
Your kind and generous action on behalf of all mankind is greatly needed at this critical juncture or all is lost and we shall all perish.
Please access: http://www.fnal.gov/pub/inquiring/live_events/cot.html on the Fermi National Accelerator Webpage. You may there view the collisional energetics of the Central Detector Fermilab (CDF). Please view the live events of CDF Beam Edge View. Here we see a reading of the transverse actions actions of the relativistically defined beam. Thus we see Eta, the angle of scattering/outgoing hadronic particles (pink) and the electromagnetic energy (blue), summed in GeV (billion electron volts). the review of these energetics showed a variation of some 1.60 GeV to 82.35 GeV during a ten minute observation period with the 2 TeV proton antiproton collisional energetics. This is a variation of 51.47 x during this short observational period.
What is underway is the discovery of those particles still left missing in the Standard Model. Various predictions regarding the tau quark, the graviton and supersymmetry with the Higgs boson are the goals of the current series of investigations with Run II at the Tevatron. Though these results are of importance to the work of the theoretical physicists, the increment in energies necessary for this work are sufficient to breach the classically (simply energy alone) defined potential barrier towards de Sitter space.
The very high energies resident in de Sitter space are well-known to these investigators so it is the height of arrogant foolishness (hubris) on their part to continue with these investigations for their own interests and by this course of action place the entire world at risk of certain destruction.
It may, therefore, be hypothesized that the intrusional event from de Sitter space should be a highly energetic monopolar jet, where scale, according to the astrophysicists from Mauna Kea, Hawaii observatories is of no consequence with energies of this magnitude. Let us join together in the monitoring for supernova generation at the Fermi National Observatory in Batavia, Illinois.
May God have mercy on us all as these energetics are increased to the Tevatron goal of 33 TeV.
The Tevatron at the Fermi National Accelerator Laboratory in Batavia, Ilinois, the world's highest energy physics accelerator, is be fully activated as of May 22, 2001. These energies are essentially identical to those found at the point origin of the Universe, the "Big Bang." Please note: It Takes a Laboratory, Raising the Main Injector was the work of an army of Laboratory personnel. (Sharon Butler, FermiNews Volume 22, Tuesday, June 1, 1999. Number 11)
It is indicated here that the main injector took seven long years of planning and designing to bring together the $260-million dollar machine that will usher in a new ear of particle physics at Fermilab. It is this device with its 15 million pounds of steel which will create the capacity for the 33 TeV energetics that breaches the classically defined potential barrier towards de Sitter space thus releasing a supernova on our planet and solar system.
Our portion of the cosmos is now termed the Einstein - de Sitter Universe. Of further interest in the Fermilab Theoretical Physics Department is the Seminar on, The TEV33 Committee Report, The TEV33 Working Group. Please note the Tevatron Luminosity in the Fermi National Accelerator Webpage. This in now cited as TEV33 in contrast to the former value of TEV1.2. This is an increase of some 2750 percent. The integrated luminosity has increased from the 1989 value of .32 value to the value of 210.62. We have thus an increase in energetics of 65818 percent.
Also we may note that bunch spacing in nanoseconds has decreased from the 1989 value of 3500 nsec to 132 nsec, a decrease of 1661 percent, with the interactions/crossing going from the 1989 value of 0.25 to 9.13 which is an increase of some 3652 percent. Clearly these enormous increases are a gigantic, foolhardy plunge into the unknown which will destroy us all. We are now at the 11th hour. They now, "Fire up the Tevatron," using the Main Injector to stack the Tevatron bringing it to those vast energy levels noted above.
Please look at the website for the Tevatron Department at Fermilab. http://www-bd.fnal.gov/index.html On this page you may view a varied coloured ball progressing around the path of the protons and antiprotons in the Accelerator Ring accompanied by an increasing beeping tone. It is inconceivable that responsible scientists who are working with energies equivalent to those found at the point origin of the universe, i.e., the Big Bang, would illustrate a United States Government website in this way.
Please call this SUNDAY at 2:00 PM, Hawaii time, at (808) 981-5145. Let me know what would be convenient for your schedule since if further information is required since, alas, so little time remains. It is very difficult to shoulder this amount of responsibility as a single individual!
As can be now be found in observational astronomy, supernovae type Ia are a one-parameter family. This is shown by an empirical "Phillips" relation between peak brightness and the brightness 15 days after peak. This relationship is found to be sufficiently reliable that it warrants the use of type Ia supernovae as standard candles in observational astronomy. The source of this kind of uniformity of energetics would indicate under the following postulation, a similarity in origin.
The best explanatory framework candidate is found in the postulation of an aperture being formed towwards the highly energetic flux found in de Sitter space. Given the great diversity of astronomical conditions surrounding the generation of type Ia supernovae, this uniformity of energetics which is yet some 2.5 x greater than type II supernovae, argues for interposition of an artificial origin for these supernovae. (Burrows, A. Supernovae explosions in the Universe, Nature, 403, 6771, 732) Please take the time to review this most excellent article. The very great resistance to this conception is mute testimony to the truth value of this where, "Truth in the deeper sense consists in the identity between objectivity and the notion." To not acknowledge this possibility places us on the sure road to ruin. (Hegel, G. F. Hegel the essential writings, Harper, New York, 1974, p. 171)
As you may now have realized, the continuing progression towards higher energies in the collider facilities both here in the United States and also in Europe, makes the transition towards de Sitter space inevitable as time progresses.
Please call on me in any way you deem necessary when you decide to take action in this regard. We must not allow this progression to destroy all that we hold dear and to bring to nothing the entire course of evolution on our planet. The fate of mankind rests in your hands at this very instant.
By now we are sure that you have had the opportunity to model the n-dimensionl topological interface between de Sitter space and the continuum, to assess the possibility of an intrusional transition of those very high-energies seen in the equations for the false vacuum of de Sitter space. Would you be so kind as to share with us these results for the Einstein de Sitter universe as it is now termed. The cosmic ray energies whose very great frequency in the past history of our planet and the Moon at 10 to the 19th power electron volts are far out-weighed by the proposed luminosity at Fermilab with its power of some 2 x 10 to the 44th power electron volts per cubic centimeter per second (Feder, T., Witherell is tapped to head Fermilab, Physics Today, April 1999, p. 65).
Also, it may be noted, that the energy density at Brookhaven will be the luminosity of the RHIC at 2 x 10 to the 26th power per centimter squared conjoined with 100 GeV/nucleon yields 1 x 10 to the 37th power eV per square centimeter per second. (Lubkin, G. B. Going for the Gold: First collisions at RHIC are set for December, Physics Today, October 1999, p. 20-22. This also is far greater than the solitary and relatively infrequent cosmic rays which are spaced at about two weeks to a one month interval apart from each other. In this connection, we must consider the field effects of this densely eneretic flux and not the single particle interactions.
May we very respectfully request that the Brookhaven committee model this possibility with computer simulation and publish the result of their investigations in a peer-reviewed journal in physics. In this way, any bias can be overcome before we plunge into the unknown without adequate foresight.
Our civilization is at a very advanced level since we have, with the use of a trigger initiated an atomic reaction and we now have with the triggering mechanism at Brookhaven, Fermilab and at CERN the capacity to access unlimited energy in de Sitter space. This energy would not at this stage be under our control and would, therefore, generate a supernova. This would, in this postulation, be a Type Ia supernova which is used as a standard candle in modern observational astronomy. The hard copies of those documents forwarded to your office which are relevant to these concerns provide the quantitative parameters for the false vacuum of de Sitter space. In this connection, may we very respectfully suggest the importance of modelling the gravitational potential of de Sitter space in connection with the energy density of the luminosity of the accelerator. As is well-known, the energetics of the RHIC may be increased virtually without limit, since the parameters are in a superconducting mode of operation.
All the children now and in all subsequent generations of humanity will thank you for your kind efforts on their behalf. Thank you for your attention and consideration in this most grave matter. All Best Wishes, Aloha! With greatest respect,
Paul W. Dixon, Ph.D.
Researcher re: Supernova from Experimentation
REMINDER: CALL me at (808) 981-5145 . Now.
Also, it may be noted, that the energy density at Brookhaven will be the luminosity of the RHIC at 2 x 10 to the 26th power per centimter squared conjoined with 100 GeV/nucleon yields 1 x 10 to the 37th power eV per square centimeter per second. (Lubkin, G. B. Going for the Gold: First collisions at RHIC are set for December, Physics Today, October 1999, p. 20-22. This also is far greater than the solitary and relatively infrequent cosmic rays which are spaced at about two weeks to a one month interval apart from each other. In this connection, we must consider the field effects of this densely eneretic flux and not the single particle interactions.
May we very respectfully request that the Brookhaven committee model this possibility with computer simulation and publish the result of their investigations in a peer-reviewed journal in physics. In this way, any bias can be overcome before we plunge into the unknown without adequate foresight.
Our civilization is at a very advanced level since we have, with the use of a trigger initiated an atomic reaction and we now have with the triggering mechanism at Brookhaven, Fermilab and at CERN the capacity to access unlimited energy in de Sitter space. This energy would not at this stage be under our control and would, therefore, generate a supernova. This would, in this postulation, be a Type Ia supernova which is used as a standard candle in modern observational astronomy. The hard copies of those documents forwarded to your office which are relevant to these concerns provide the quantitative parameters for the false vacuum of de Sitter space. In this connection, may we very respectfully suggest the importance of modelling the gravitational potential of de Sitter space in connection with the energy density of the luminosity of the accelerator. As is well-known, the energetics of the RHIC may be increased virtually without limit, since the parameters are in a superconducting mode of operation.
All the children now and in all subsequent generations of humanity will thank you for your kind efforts on their behalf. Thank you for your attention and consideration in this most grave matter. All Best Wishes, Aloha! With greatest respect,
Paul W. Dixon, Ph.D.
Researcher re: Supernova from Experimentation
REMINDER: CALL me at (808) 981-5145 . Now.