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iasoberg Prepared by Ed and Bill Oberg Edited by Alison Oberg

The Allias Effect - The Iasoberg Model - The Future. iasoberg.com Prepared by Ed and Bill Oberg Edited by Alison Oberg. 3D Global Mapper Output. Aims of Presentation. Introduce the Allais Effect Introduce and discuss the I asoberg Model (pronounced ice-o-berg )

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iasoberg Prepared by Ed and Bill Oberg Edited by Alison Oberg

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  1. The Allias Effect - The Iasoberg Model - The Future iasoberg.com Prepared by Ed and Bill Oberg Edited by Alison Oberg 3D Global Mapper Output

  2. Aims of Presentation Introduce the Allais Effect Introduce and discuss • the Iasoberg Model (pronounced ice-o-berg) • Field Theory 101 basis of Iasoberg Model • Iasobergs ie the red (solar) and golden/green (galaxy) bands Discuss possible future applications and outputs of the model

  3. The Allais Effect

  4. Trace of Pendulum Azimuthfrom Prof Allais’ Experiment - 1954 Paris First recorded observation of Allais Effect in Paris France

  5. Allais Effect “In the present status of the discussion, the abnormalities observed can be accounted for only by considering the existence of a new field – namely, by envisioning the existence of complementary terms which until now had remained unnoticed” Allais, 1959 and reconfirmed in 1998

  6. Prof Maurice Allais • Professor Maurice Allais – 1911- 2010 • Engineer, Statistician, Economist and Polymath • Officer Legion of Honor 1977 - France • Nobel Prize 1988 – Economics • 14 scientific prizes 1933 - 1987 • http://en.wikipedia.org/wiki/Maurice_Allais • Should the Laws of Gravitation be Reconsidered?The Scientific Legacy of Maurice Allais – ed. H Munera http://redshift.vif.com/BookBlurbs/Allais-Gravitation.htm

  7. Experiments and Other Observations • June 30 1954 Solar Eclipse – first observation of Allais Effect • 200,000 observations in the 1950s by Allais, Paris France • 1970 March Eclipse - Saxl and Allen Boston USA • 1997 March Eclipse - Wang et al Northeast China • 2008 August Eclipse - Goodey, Olenici, Pugach Experiments Eastern Europe

  8. Traces from 1970 Saxl and Allen Torsion Pendulum Experiment – March 7 and 21 Boston USA ‘M’ Signatures in shaded area - 21 March top - 7 March (prior to eclipse) below

  9. An Observation of Saxl and Allen - 1970 [‘M’ signature] –may indicate a kind of gravitation fine structure which is reproducible even when the positions of the sun and moon relative to the earth are quite different.

  10. .Trace from Yang et al Experiment 1997 NE China – 2000+ Records ~ 7 u gals

  11. Observation of Yang et al 1997 “The observed anomaly (7.0±2.7)×10-8 m/s2 during the eclipse implies that there may be a shielding property of gravitation.”

  12. Eclipse Chasers in MaldivesJanuary 15 2010 Solar Eclipse Pendulum specialists pictured in Maldives, some of whom conducted the following experiments Lesanu, Maxime Verreault, Oberg, Rene Verreault, Munera, Olenici, Goodey

  13. Goodey Automatic Pendulum (left) and Pugach Gravitational Balance (right)

  14. Traces of Goodey Pendulum (Romania) and Pugach Gravitational Balance (Ukraine) • Observed anomalies on 1 August 2008 are highlighted in the charts above (red ellipses). • These anomalies were recorded at the same instant ~ 1235UT.

  15. Goodey, Olenici, Pugach Observations during August 1 2008 Solar Eclipse • All three teams (at different locations) detected unexplained disturbances (recorded anomalies by monitoring apparatus), which happened simultaneously. • The overall pattern of the observations exhibits certain perplexing features. • All three authors were compelled to the opinion that some currently unknown physical influence was at work. • Correlated anomalous effects observed during the August 1st 2008 solar eclipse Journal of Advanced Research in Physics 1(2), 021007 (2010)

  16. Size of Observed Anomaly (Allais Effect) ~ 5 - 7 microgals and Decibel Reference • Nominal Gravitational Acceleration on the Earth’s surface due to its mass only • 980 ± .06 gals (1 gal = 1 cm/sec2) • 80 decibel sound – diesel truck at 60 km/hr at 10 metres • Tidal Forces are only • 50 to 100 microgals • 10 decibel sound – rustling leaves • Experiment and observation indicate Allais Effect to be • 5 to 7 microgals • 1 decibel sound – threshold of hearing

  17. Scientific Reviews of Allais Effect “Conventional explanations for observations of anomalous behaviour of mechanical systems during solar eclipses are critically reviewed. It is concluded that all the proposed conventional explanations either qualitatively or quantitatively fail to explain the observations.” Chris Duif Faculty of Applied Sciences – Cover Article New Scientist 2004 “….the Allais effect that occurs during solar eclipses,…. it seems that, to date, no satisfactory conventional explanation exists  for these phenomena….”. Xavier Amador -Physics Dept - University of Wisconsin – Milwaukee WI USA

  18. The Iasoberg Model

  19. Field Theory 101 • The gravitational vectors associated with a celestial body are orthogonal at all points on the surface/spheres of gravitational potentials for that body. • For example, in the case of the Earth a pencil held 1 metre of the above the Earth’s surface weighs less than it does at the Earth’s surface. Assuming the Earth is perfectly spherical and homogeneous the pencil would weight the same at 1 metre above the Earth and that condition can be described as a surface of gravitational potential. However, when dropped from any point on that potential surface surrounding the Earth at 1 metre, the pencil falls directly to the Earth in a direction perpendicular to the potential surface at that point.

  20. Iasoberg Model • The Iasoberg Model is an attempt to define and locate the observed influence/force recorded during the above experiments based on the Balance point of the Earth/Moon System • The Iasoberg Model • has the Barycenter, anti Barycenter and center of the Earth as the focus points of the influence/force • hypothesises that the solar and galactic gravitational potentials near these points are distorted in these respective regions and these distorted potentials (and their resultant distorted gravitational vectors) extend to the surface of the Earth

  21. Qualitative Set of Gravitational Potentials (Solar or Galactic) at the Barycenter

  22. Qualitative Diagram of Distorted Gravitational Field at the Barycenter of the Earth-Moon System

  23. Geometry of Solar/Galactic Gravitational Potentials at the Barycenter, anti Barycenter and Earth’s Center

  24. Development of 3 Band Iasoberg Pattern

  25. Typical Mapping Application Output of Global Iasoberg Pattern – 6 x 3 Bands

  26. Futher Development of the Geometry of the Iasoberg Model – Part 2 As a result of work on the severe wind events (Note 4) and a gravitational pulse CAT study (draft Note 5) the model was refined to include: • 2 Major Terrestrial Gravitational Anomalies (TGA) • Papua New Guinea • Western South America • Celestial planes that intersect the Earth and are populated by the Solar, Lunar, Galactic Sub points and the center of the Earth

  27. Global Iasoberg Pattern with TGAs anda Typical Celestial Sub Point Plane Celestial Plane (Galactic sub point green cross, Solar sub point orange cross and Earth Center) intersects the Western South American TGA

  28. GIS Software Development • Late 1990s to 2007 – Qbasic outputs from Iasoberg Model Algorithm plotted using simple Qbasic graphic statements • 2007 thru present - Graphical mapping applications Iasoberg Pattern on Mar 20 2013 at 1200 UTC generated by KML file displayed on Google Earth Simulated radar - pre 1994 images Post 1994 - NOAA radar images

  29. Iasoberg output into GIS The Iasoberg Model algorithm generates outputs consistent with the following mapping applications: • Google Earth • Arc Map • MapInfo • Global Mapper • Map Source

  30. 5000 Year Iasoberg Data Set • We have the software to generate the data control points for the Iasoberg patterns for every minute of every hour of every day of every year for a 5000 year span (2500 BC to 2500 AD) • Approx. 2,628,000,000 records - 2.6 giga records • 49k thru 500k bytes for each record • This enables the Iasoberg patterns to be displayed for any specific time within this period.

  31. Software Development Applications Specific Application Modules that access the 5000 year data base and: • Generate Severe Weather Forecasts and Warnings • Realtime/24Hr outputs of Iasoberg patterns: • Global • For a specific location, i.e. New York City • Reroute ships and planes around suspected severe weather regions

  32. Correlations BetweenObservations and the Iasoberg Model

  33. Correlation of Observationswith the Output of the Iasoberg Model Correlation of the output of the Iasoberg Model with: • Gravity experiments • Weather Activity

  34. Correlation of Iasoberg Patternswith Gravity Experiments • 1970 March Solar Eclipse – Saxl and Allen Experiment • 2008 August Solar Eclipse – Goodey et al Experiment

  35. Saxl and Allen Experiment March 1970 An anomaly was observed when Boston, the site of the experiment, intersected the Solar Fundamental and Galactic Mirror Image Iasobergs.

  36. Goodey Experiment August 11 2008 1235UT An anomaly was observed when Suceava Romania, the site of the Experiment, intersected the Galactic Fundamental Iasoberg.

  37. Correlation of the Iasoberg Model Output and Patterns with Severe Weather Events* Correlation of Iasoberg Model Output and Patterns with: • Large Number of Hail Event Days with output of the Model in 2009 • Largest Tornado 2.5 Miles wide (20040522) at Halam Nebraska • Severe wind events 2008 August (Note 4) • Jet Stream in the central USA prior to the ‘Super Tornado Outbreak’ in 1974

  38. 2009 - 75 or more Hail Events per Day within the continental USA 29 4 13 46 out of 183 Days

  39. Largest Tornado Ever Recorded 2.5 miles wide at 0135UT Direction of Earth’s Rotation 2.5 Miles in Diameter at Halam Nebraskaon May 23 2004 and Intersected the Iasoberg Pattern

  40. August 2008 Severe Wind Events

  41. Iasoberg Pattern and the Geometry of the Jet Stream Prior to the Super Tornado Outbreak 1974

  42. The Future

  43. Iasoberg Applications • Severe weather • Long term forecasting and predicting severe weather • Animated Iasobergs during the weather portion of the news programs • Iasobergs overlaid on the newspaper weather forecast • Twitter Iasoberg weather warnings • Reroute ships and planes around suspected areas of severe weather • List of applications in the Notes for this slide

  44. Where to from here Possible Future research work could include: • validating and refining the current Iasoberg Model • assessing terrestrial physical phenomena to ascertain if they are influenced by the AE • providing short and long term forecasts/predictions for future events where possible • undertaking the theoretical work using the Iasoberg Model as reference point • investigating the cause(s) of the AE which may result in revising or extending the general laws of gravitation

  45. Future Eclipses • Northern Australia November 2012 - May 2013 • USA August 2017 • Conduct nationwide experiment

  46. Conclusion If this influence exists: • it literally affects everything on the planet • the application of the knowledge of this influence could have significant social/environmental/economic benefits • it has the potential to open the Future to greater scrutiny thus removing some of its uncertainty

  47. THANK YOU www.iasoberg.com obergeau@yahoo.com In Memoriam Professor Maurice Allais 1911 – 2010 Sathya Sai Baba 1926 - 2011

  48. 20130320

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