May 1, 2007 4:51 WSPC - Proceedings Trim Size: 9.75in x 6.5in Compton˙MG11-4

ON THE LIGHT SPEED ANISOTROPY VS COSMIC MICROWAVE

BACKGROUND DIPOLE: EUROPEAN SYNCHROTRON

RADIATION FACILITY MEASUREMENTS

V.G. GURZADYAN 1,2, J.-P. BOCQUET 3, A. KASHIN \ A. MARGARIAN 1 O. BARTALINI 4, V. BELLINI 5, M. CASTOLDI 6, A. D'ANGELO 4, J.-P. DIDELEZ 7, R. Di SALVO 4, A. FANTINI 4, G. GERVINO 8, F. GHIO 9, B. GIROLAMI 9, A. GIUSA 5, M. GUIDAL 7, E. HOURANY 7, S. KNYAZYAN 1 V. KOUZNETSOV 10, R. KUNNE 7, A. LAPIK 10, P. LEVI SANDRI n, A. LLERES 3, S. MEHRABYAN \ D. MORICCIANI 4, V. NEDOREZOV 10, С PERRIN 3, D. REBREYEND 3, G. RUSSO 5, N. RUDNEV 10, С SCHAERF 4, M.-L. SPERDUTO 5, M.-C. SUTERA 5, A. TURINGE 12

1 Yerevan Physics Institute, 375036 Yerevan, Armenia
2 ICRANet, ICRA, Dip. di Fisica, Universit`a "La Sapienza", 00185 Roma, Italy
3 IN2P3, Laboratory for Subatomic Physics and Cosmology, 38026 Grenoble, France
4 INFN sezione di Roma II and Universit`a "Tor Vergata", 00133 Roma, Italy
5 INFN sezione di Catania and Universit`a di Catania, 95100 Catania, Italy
6 INFN sezione di Genova and Universit`a di Genova, 16146 Genova, Italy
7 IN2P3, Institut
de Physique Nuclґeaire, 91406 Orsay, France
8 INFN sezione di Torino and Universit`a di Torino, 10125 Torino, Italy
9 INFN sezione di Roma I and Istituto Superiore di Sanit`a, 00161 Roma, Italy
10 Institute for Nuclear Research, 117312 Moscow, Russia
11 INFN Laboratori Nazionali di Frascati, 00044 Frascati, Italy
12 RRC "Kurchatov Institute", 123182 Moscow, Russia

The measurement of the Compton edge of the scattered electrons in GRAAL facility in European Synchrotron Radiation Facility (ESRF) in Grenoble with respect to the Cosmic Microwave Background dipole reveals up to 10σ variations larger than the statistical errors. We now show that the variations are not due to the frequency variations of the accelerator. The nature of Compton edge variations remains unclear, thus outlining the imperative of dedicated studies of light speed anisotropy.

The inverse Compton scattered electron energy spectrum, as suggested in ref.,1 provides a way to study the light speed anisotropy within the energy scales and monochromaticity reachable in existing synchrotrons. The study of such anisotropy vs the frame, when the dipole of the Cosmic Microwave Background (CMB) radiation is vanishing i.e. with respect to the apex of the CMB dipole, is of particular interest. It is due to the 'absolute' content of the CMB frame within the hierarchy of the motions of the Earth, of the Sun in the Galaxy, of the Galaxy in the Local Group, of the Local Group in the Virgo Supercluster.2 The position of the apex, known since the COBE satellite in 1992, now is available with higher precision due to the Wilkinson Microwave Anisotropy Probe (WMAP) 3-year data.3 Recent indications of the dark energy and stipulated studies of cosmological models with varying physical constants (including of the speed of light), of the dark energy frame and its relation to those of CMB and of matter flows, increase the interest to the issue.

The idea1 was to use the fact that, at Compton scattering of a photon of energy e, the energy of the scattered photon at small angle scatterings, is

i.e. scales as the square of the γ-factor, since f(γ) is a weak function of γ. The small angle scatterings are defining the Compton edge (CE), i.e. the upper energy limit for the scattered photons directly depending on the electron beam energy. The high value of γ determines the accuracy of β:

and hence, in the velocity of the light.

The data of highly monochromatic electron beams of the European Synchrotron Radiation Facility (ESRF) Compton scattered on laser photons at GRAAL facility4 have been used to study the daily variations, i.e. the anisotropy vs the dipole of the Cosmic Microwave Background (CMB) radiation. The ESRF parameters are: electron beam of mean energy 6.04 GeV i.e. γ = 11820, scattered on laser photons of visible, 514.5 nm, and of several UV lines near 351.1 nm wavelength. The resulting CE is at 1100 MeV and 1500 MeV, respectively, for visible and UV photons. The measurements were carried on with microstrip detector, so that the accuracy of the CE position given by the microstrip is linked to the beam energy.

The analysis of GRAAL data of 1998-2002 (non-continuous) measurements enabled us to obtain a conservative upper limit for the anisotropy δc/c = 3 10−12.5 The analysis has been performed following daily variations of the Compton edge vs the azimuthal, declination, as well as the angle of the beam vector and the direction of the CMB dipole apex (cf.6).

The study of the GRAAL data revealed,5 however, also remarkably high, up to 10σ variations in terms of the statistical error bars. In Figs. 1a, 2a we give those data averaged over certain time period and angle. No systematic effect has been found responsible for those variations and the problem, as stated in ref.5 needed further studies. At the same time, correlations with the hours of the beam injection (Fig. 4 in5), and no correlations with the magnetic dipole field variations were noticed.

Continuing the search of systematics, here we represent the results of the analysis of the frequency data of the accelerator for a period in June-July 2005 (see the Table 1), as compared with the variations of the Compton edge. The Fig. 1a,2a represent the angular distribution in hours and in angles, respectively, of all CE data for the periods given in Table 1. CE direction/hour depended behaviour (Fig 1a, 2a, 3) remains robust also when various subsets of the data (for various periods) are analysed separately, as well as the for the each of UV and optical lines (for details see5). The behaviour of the frequency variations (Fig.1b,2b) as seen, shows no correlation neither with CE angular (with respect to CMB dipole) nor hour variations.

Thus, we conclude that the frequency variations are not the reason for the CE variations vs CMB dipole apex found in,5 further outlining the importance of the use of Compton edge method at dedicated accelerator measurements.

Data

Time

Duration,

Quantity

blocks

of supervision

day

CEI

10.04.1998 - 11.05.2002

1493

2075

CEII

10.04.1998 - 26.11.2002

1692

2436

CEIII

05.06.1999 - 19.04.2001

685

294

Frequency IV

20.06.2005 - 14.07.2005

25

26821

CE V

01.07.2005 - 11.07.2005

11

153

Fig. 1. Compton edge (a., upper plot) and accelerator frequency (b., lower)
daily variations, data averaged in 6-hour intervals.

Note, the small error bars for CE.

Fig. 2. The same as in Fig 1, now vs the azimuth of the CMB dipole.
The inconsistency of CE and accelerator frequency variations is

visible.

Fig. 3. Compton edge anisotropy variations vs the angle
between the CMB dipole and GRAAL beam vector; averaging over 11◦.

Acknowledgments

ESRF teams, in particular, L.Hardy, J.L.Revol, D.Martin and the members of the alignment group are thanked for their help.

References

  1. Gurzadyan V.G., Margarian A.T., Phys. Scripta, 53, 513, 1996.
  2. Rauzy S., Gurzadyan V.G., Mon. Not. Roy. Astr. Soc., 298, 114, 1998.
  3. Spergel D. et al, astro-ph/0603449, 2006.
  4. Bocquet J.-P. et al, Nucl. Phys. A622, 125, 1997.
  5. Gurzadyan V.G., Bocquet J.-P., Kashin A. et al, Mod.Phys.Lett. A20, 19, 2005.
  6. Navia C.E. et al, astro-ph/0608223, 2006.

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Знаете ли Вы, что cогласно релятивистской мифологии "гравитационное линзирование - это физическое явление, связанное с отклонением лучей света в поле тяжести. Гравитационные линзы обясняют образование кратных изображений одного и того же астрономического объекта (квазаров, галактик), когда на луч зрения от источника к наблюдателю попадает другая галактика или скопление галактик (собственно линза). В некоторых изображениях происходит усиление яркости оригинального источника." (Релятивисты приводят примеры искажения изображений галактик в качестве подтверждения ОТО - воздействия гравитации на свет)
При этом они забывают, что поле действия эффекта ОТО - это малые углы вблизи поверхности звезд, где на самом деле этот эффект не наблюдается (затменные двойные). Разница в шкалах явлений реального искажения изображений галактик и мифического отклонения вблизи звезд - 1011 раз. Приведу аналогию. Можно говорить о воздействии поверхностного натяжения на форму капель, но нельзя серьезно говорить о силе поверхностного натяжения, как о причине океанских приливов.
Эфирная физика находит ответ на наблюдаемое явление искажения изображений галактик. Это результат нагрева эфира вблизи галактик, изменения его плотности и, следовательно, изменения скорости света на галактических расстояниях вследствие преломления света в эфире различной плотности. Подтверждением термической природы искажения изображений галактик является прямая связь этого искажения с радиоизлучением пространства, то есть эфира в этом месте, смещение спектра CMB (космическое микроволновое излучение) в данном направлении в высокочастотную область. Подробнее читайте в FAQ по эфирной физике.

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