With the effects of gravity from so many sources in space, its safe to assume light wouldn't travel in a straight line naturally. So to shoot too far in the distance could be disastrously off the target by millions of miles. These crafts travel in zig-zag patterns or "small chunks" to maintain a sense of its position in space. Only the most sophisticated navigation system could keep track of these jump points. Remember, our star charts are only valuable from our point of view. One powerful jump into space and all those star charts would be void. Distance from earth to the star as a cross reference would not be enough because that would be to assume that light is really traveling in a straight line, unaffected by gravitational forces.

1- We know that the shortest distance between two points is a straight line, so in our universe we've always assumed that the fastest way from point A to point B was to travel in a straight line between the two points at the speed of light.

2- When you're distorting space/time and you have the ability of generating an intense gravitational field, then the fastest way from point A to point B is to distort, or warp, or bend the space/time between points A and B, bringing points A and B closer together. The more intense the gravitational field, the greater the distortion of space/time and the shorter the distance between points A and B.

3- Space/time is an 'entity' and one of it's properties is that it can be distorted or bent by a gravitational field. The gravitational field we use to bend or warp space-time propagates at 7.46hz at a one micron bandwidth. The amplitude of this wave and simultaneous triangular lensing are the main variables used to distort space-time.

4- We know that gravity bends or distorts space/time and light by virtue of the fact that we're able to see stars which we know should be blocked from our view by the sun. Once the space/time of the destination point has been warped or bent towards the source, the craft generating the source makes the small move into that space/time.

5- The great benefit of generating an intense gravitational field is that you can not only turn it on, you can turn it off. When the gravity amplifiers are "shut-off", this results in the craft now "existing" in the target space/time location. In this manner, we can travel great distances with little linear movement and this is how space/time distortion translates into reduced distance.

6- That's how it's possible to cross the vast expanses of space required for interstellar travel without exceeding the speed of light and without traveling in a linear mode. And, up until this point in time, great mass such as a star, planet, or moon was the only source of a discernable gravitational field that we were aware of.

7- Just as the gravitational field around great mass, such as a planet, distorts space and time, any gravitational field, whether naturally occurring or generated, distorts space and time in a similar manner.

OMICRON AND DELTA MODES OF TRAVEL.

The illustration illustrates how the gravity wave amplifiers are used primarily in the omicron configuration. In this configuration, a single gravity amplifier is used to keep the craft afloat.

Source: Old version of boblazar.com

Class Dismissed.

This has been

Bob Lazar's Flying Saucer

OMICRON AND DELTA MODES

Click the link below to start class
https://t.me/AzazelNews/289461

OMICRON

DELTA

Special Midnight 🕛 Class by Winter 🥶 ❄️

#LearningToFly
#Electrogravitics101

Chapter 13 #LearningToFly Part 5
And #WIZARDOFTHEDAY

Wizard Thomas Townsend Brown 🟦🧙🏻‍♂️

Townsend Brown Saucers

Thomas Townsend Brown (March 18, 1905 – October 27, 1985) was an American inventor whose research into odd electrical effects led him to believe he had discovered a connection between strong electric fields and gravity, a type of antigravity effect. Instead of being an antigravity force, what Brown observed has generally been attributed to electrohydrodynamics, the movement of charged particles that transfers their momentum to surrounding neutral particles in air, also called "ionic drift" or "ionic wind". For most of Brown's life he attempted to develop devices based on his ideas, trying to promote them for use by industry and the military. The phenomena came to be called the "Biefeld–Brown effect" and "electrogravitics".

In recent years Brown's research has had an influence in the community of amateur experimenters who build "ionic propulsion lifters" powered by high voltage.

#WIZARDOFTHEDAY
#Electrogravitics
#Learningtowalk

https://en.m.wikipedia.org/wiki/Thomas_Townsend_Brown

In 1921 while experimenting in the lab his parents had set up for him while he was still in high school, Brown discovered an unusual effect while experimenting with a Coolidge tube, a type of X-ray vacuum tube with two asymmetrical electrodes. Placing it on a balance scale with the tube's positive electrode facing up, when the power was on the tube's mass seemed to decrease. When the tube's electrode was facing down the tube's mass seemed to increase.[7] Brown was convinced that he had managed to influence gravity electrically. At Caltech in 1923 Brown tried to convince his instructors about his theories via inviting them to his home laboratory, but they showed little interest. He also invited the press and the May 26, 1924 edition Los Angeles Evening Express ran a story on Brown titled "Claims Gravity is a Push, not a Pull." After quitting Caltech, Brown studied one year at Denison University, where he claimed that he did a series of experiments with professor of astronomy Paul Alfred Biefeld although the present day Denison University claims they have no record of such experiments being carried out, or of any association between Brown and Biefeld.

"Dr. Biefield was once a classmate of Albert Einstein in Switzerland, remaining a close colleague and friend throughout the years. It was obvious to Dr. Biefield that Tom's electro-motional effect was something profound. The phenomenon could not find conventional explanation because no conventional expression had been provided for its manifestation. The effect was a gravitational one. Dr. Biefield and Tom both discussed how the momentary blurring of electric and gravitational forces might have provoked an electrogravitic effect."