ANALYSIS INFORMATION FROM A EUROPEAN PERSPECTIVE

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Harald Dahle-Sladek

 Founder and Editor-in-chief

  Основатель и главный редактор

  創始人兼總編輯

 

 ELECTRO GRAVITICS  II   VALIDATING REPORT ON A NEW PROPULSION METHODOLOGY

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  Monster Planet in Y-Rotation (Petrofilm)

First Generation FTL Starship Consept with Alcubierre-White WARP Drive. Design by Mark Rademaker Holland Spaceyards.

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  Moving Radar Image of Rotating Planet (Petrofilm)

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  The Vajont-Pordenone, Northern Italy UFO with Oscilating Anti-Gravity Flux (Petrofilm)

  Illustrations above and to the right by Harald Dahle Petrofilm based on the Vajont-Pordenone, Italy UFO

  THE BOOK REVIEW

Electrogravitics II: Validating Reports on a New Propulsion Methodology No. 2 Paperback

I can not recommend this book strongly enough. It is a delight to read and a source for any one interested in new propulsion systems. My be "new" is not the proper word for it as most of the propulsion theories and methods are actually dating back to the 2nd World War.The Author Thomas Valone PhD has created something called Integrity Re search Institute which is a publishing company for future energies Zero Point Ener gy The Fuel of the Future etc. You can write to the Institute and ask for the free CD, it is full of interesting goodies, such as a video clip of a real, huge and rotating UFO-disk filmed somewhere in Bulgaria.

              Gravitational Waves                     How Laser Interferometry enabled their Discovery

The study of the universe has mostly been possible due to the electromagnetic nature of radiation, which falls within X-ray, ultraviolet, visible and radio frequencies. When any celestial object emits radiation within these frequencies, we are able to determine something unique about its properties. Gravitational waves are an entirely new pheno- menon different from anything on the electromagnetic spectrum.In 1915, Albert Einstein proposed a unique way of looking at gravity with his theory of general relativity. Rather than thinking of gravity as a force pushing and pulling objects in different directions, he described gravity as being manifested in a curvature of spacetime. This means, the space (and time) around a massive object is curved, which then dictates how passing objects can move through that space. A consequence of the general relativity framework is that when objects accelerate through this curving of spacetime, they produce ripples known as gravitational waves. These waves propagate through space, compressing it in one direction and stretching it in another.

Gravitational waves, of which Einstein remained so uncertain, have provided direct evidence for black holes, about which he was long uncomfortable, and may yet yield a peek at the Big Bang, an event he knew his theory was inadequate to describe. They may now lead to his theory's unseating. If so, its epitaph will be that in predicting gravi- tational waves, it predicted the means of its own demise.

The idea of gravitational waves emerged from the general theory of relativity, Albert Einstein's fundamental exposition of gravity, unveiled almost exactly 100 years before GW150914's discovery. Mass, Einstein realised, deforms the space and time around itself. Gravity is the effect of this, the behaviour of objects dutifully moving along the curves of mass-warped spacetime. It is a simple idea, but the equations that give it mathematical heft are damnably hard to solve. Only by making certain approximations can solutions be found. And one such approximation led Einstein to an odd prediction: any accelerating mass should make ripples in spacetime.

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        Northrop B-1 ATB Stealth Bomber

These ripples in spacetime are extremely small, reportedly one-thousand of the diameter of a proton, which is the reason why these gravitational waves were so hard to detect. There had to be a celestial event massive enough to generate lots of ripples, and detectors sensitive enough to capture these tiny distortions. The technique that made this possible is called Laser Interfero- metry. At the Laser Interferometer Gravitational-Wave Observatory (LIGO) an experiment uses 2 L-shaped detectors, one in Washington State and the other in Louisiana, to search for these ripples.

Each detector bounces laser light back and forth between two mirrors located at the end of two perpendicular, 4 kilometer long legs. LIGO splits the laser light into 2 beams that are out of phase with each other. When they recombine, they should cancel each other out. If a gravitational wave passes through them however, a tiny distortion in spacetime will result in distance between the 2 mirrors changing slightly. The combining beams will not cancel each other, and a distortion signal will be detected.

The scientists at LIGO reported that the distance between the 2 mirrors changed by a fraction of the diameter of a proton. They conclude that the initial celestial event was a collision bet- ween two huge black holes about 1.3 billion years ago. From fitting the waveform of the gravitational wave detection and comparing it to simulations done with a supercomputer, astronom- ers can tell that the two black holes were originally 29 and 36 times the mass of our Sun. The discovery is not just proof of gravitational waves, but the strongest confirmation yet for the existence of black holes.

What makes this discovery very exciting for scientists is that the fundamental nature of gravitational waves that is, how they propagate, behave, distort objects that come in their path etc. is very different from that of electromagnetic waves. This provides us an entirely new way of observing the universe. While the study of Black Holes, Neutrino stars and Supernova occurrences is predicted to greatly benefit from this new-found method, scientists cannot predict what other phenomena will be discovered by observing gravitational waves. As laser interferometric techniques improve, so will the sensitivity of LIGO-like experiments. We can thus expect many more detections in the years to come.

FASTER THAN LIGHT TRAVEL

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As other Civilizations Prosper We Have Become Outsiders (Petrofilm) 

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Planet in the Milky Way Gallaxy in a Planetary Shift (Petrofilm)

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 Goodbye Earthlings, You Are Destroying Your Planet 

The Bielfeld-Brown Effect (Picture)

HOLLOW CORE FIBRE

 Hollow-Core Fiber Creates a New Laser-Wavelength Long-Sought By Developers

Researchers at the U. Bath, UK have created a new kind of laser capable of pulsed and continu- ous mid-infrared (IR) emission between 3100 to 3200 nm a wavelength range which has been very hard to achieve by laser manufacturers. This creates a new opportunity for scientists to utilize this radiation in applications like spectroscopy, geo-sensing and material detection.

The laser, first announced in the Journal Optica, combines aspects of both gas and fiber lasers. Placing a suitable gas inside of a hollow optical fiber allowed the researchers to create a fiber gas laser with mid-IR emission. Conventional lasers lose power beyond 2800 nm, and quantum cascade lasers don't work until 3500 nm and beyond. This range in between however, is now possible to achieve with help of silica hollow-core fibers. Unlike solid-core silica fibers holl- ow-corefibers do not absorb wavelengths higher than 2800 nm. Rather, they simply confine the light to the fiber.

In this study, the researchers used acetylene gas as the gain medium as it's known to emit in the mid-IR region. The hollow-core fibers provided a way to trap the light and the gas in the same place so that they can interact for a very long distance. The mid-IR range light produced was then fed into a feedback fiber, which then seeded another cycle of light amplification, thus re- sulting in a stable mid-IR emission without the need of added power. The team at Bath is confi- dent that they could use this method of hollow-core fibers with other gases, allowing for emiss- ions up to 5000 nm and beyond.

The Platan UFO over Brazil 1959

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UFO dangling in the Air (City-TV)