One hundred years after the Great Pyramid was built the Egyptian sun god Ra was becoming the state religion. Six out of seven of the Pharaoh’s of the 5th Dynasty were involved in building other structures in close proximity, about one mile away from the primary pyramid, they were however on the same complex as the pyramid.
The 5th Dynasty built six of these structures and they were called Sun Temples. Two out of six of the Sun Temples have been discovered. The Sun Temple Niuserre and Userkuf.
Archeologist originally thought that these Temples were built as a place of worship for Ra. However current thought is that they were part of the ancient power grid system.
It is now thought that they were the first microwave towers. Perhaps to convey beam microwave energy from space. There are those who feel there were two sources of energy. Solar Energy from space conveyed to earth by microwave or maser beam energy which would be primarily used in the ground launch systems using beam energy.
The second source would be energy produced from the pyramid which would have been primarily used for providing power in the immediate region of the pyramid. This pyramid energy could be stored in the pyramid but more than likely would have been transported to a satellite or a large stationary space station in the geosynchronous orbit over the equator..
There were causeway tunnels or wave tunnels which were lined with mica between the pyramid and the Sun Temple. The mica was imported from Brazil, the only place on earth where this substance is found.
They were sealed to prevent air and especially moisture from entering. The reason for keeping air and moisture out of the tunnels is because the high energy levels of the microwave that were beamed into the wave tunnels can cause vaporization explosions, which is a problem with any of the beamed type of energies.
The thought is that solar transducers were four times as efficient as heliostat systems.
Before the advances in laser beam’s there were stationary mirrors that were controllable and followed the suns course to have a more efficient collection of solar energy. These were called heliostat systems, however they had some risks in performance associated with them. They could be placed on key points on earth but also on satellites.
The development of sun temples is consistent with the increasing need for increased launch capabilities. There were 43,000 pyramids just in the Americas, they were there for power generation and as launch pads. There has always been high volume of mineral production, especially gold close to these launch sites.
The configuration of the upper portion of the sun temple is compatible for maser or microwave power and reception.
When developing a ground based launch system you need to have several ground collection points, which can be remotely controlled. The energy from these ground collection points was transported to the launch sires through mica lined wave tunnels.
The use of beamed energy is not without risks, but it also has advantages. The ability of beam energy to use microwaves is a definite advantage because it allows high energy density to be used and it can also be controlled.
A big disadvantage is everyone needs to be protected from radiation that is emitted from the microwaves. Microwaves are dangerous because of invisible energy which is harmful to life in the immediate area, although protection is relatively easy to contend with it never the less is an issue.
Thursday, December 27, 2012
Saturday, December 22, 2012
Beam Energy Part III
Very soon all the energy needs required for all the worlds requirements could be available from space !
Some of the energy would become direct solar and some of it from microwaves. It would all be free and clear from pollution and clean.
This proposed space energy system would see space power satellite (SSPS) placed in the Clark GEO. The satellite would collect solar energy and convert it into multiple masers to be beamed to earth. The Clark orbit is a geosynchronous earth orbit positioned directly over the equator. This is the only orbital path that remains absolutely stationary in relation to the ground.
On the earth at ground zero, the multiple beams would each form a footprint around 750 meters in diameter. Over the center of this footprint the overlapping beams would combine at ten times the energy supplied by the sun. At the point where these beams combined and intersected the beam would equal that of the suns energy.
This new beam would be available 7/24 all year long. There are presently proposals for collecting this energy on the surface of the earth using aerial arrays known as rectennas .
Studies made of the Space Satellite Power Station project represent that solar energy from this facility could be collected with a 80-90% efficiency rate.
If this energy was used for propulsion it could be reflected using controllable metal reflectors.
If this method of energy collection were to be used it would be an extremely efficient method of collecting from the footprint.
One of the benefits of using microwaves is they can use aerial arrays efficiently, similar to a ray of light but without the need for a high quality finish on the reflector. All that is needed is a standard metal mirror to redirect the beam.
Some of the energy would become direct solar and some of it from microwaves. It would all be free and clear from pollution and clean.
This proposed space energy system would see space power satellite (SSPS) placed in the Clark GEO. The satellite would collect solar energy and convert it into multiple masers to be beamed to earth. The Clark orbit is a geosynchronous earth orbit positioned directly over the equator. This is the only orbital path that remains absolutely stationary in relation to the ground.
On the earth at ground zero, the multiple beams would each form a footprint around 750 meters in diameter. Over the center of this footprint the overlapping beams would combine at ten times the energy supplied by the sun. At the point where these beams combined and intersected the beam would equal that of the suns energy.
This new beam would be available 7/24 all year long. There are presently proposals for collecting this energy on the surface of the earth using aerial arrays known as rectennas .
Studies made of the Space Satellite Power Station project represent that solar energy from this facility could be collected with a 80-90% efficiency rate.
If this energy was used for propulsion it could be reflected using controllable metal reflectors.
If this method of energy collection were to be used it would be an extremely efficient method of collecting from the footprint.
One of the benefits of using microwaves is they can use aerial arrays efficiently, similar to a ray of light but without the need for a high quality finish on the reflector. All that is needed is a standard metal mirror to redirect the beam.
Friday, December 21, 2012
Beam Energy Part II
There are those who feel space scientists and archeologists are light years apart but evidence shows otherwise. The vast tunnel systems lined with mica are clear indications of the ancient use of microwaves.
Those microwaves were being delivered to the pyramids by a complex tunnel system with its massive sluices that could have only been used to launch air/space craft.
This ancient technology has now been proven in the modern age. Its time to study and see what we can learn from our ancestors. There isn’t any question that our ancestors performed feats beyond our modern capabilities., seen in the building of the pyramids alone! Is it too much for our engineers and tradesmen to learn from lost technologies?
Around 1,000 ce at least 35 major sites throughout central america were operating with dozens and sometimes hundreds of pyramids.
Sites like Teotihuacan, Lamanai, Alta Ha, Cholula are known to have between 350-700 pyramids at each site. In Belize there are 600 communities that had one or two pyramids and the thought is that these were spacecraft launch facilities.
The evidence is overwhelming that the pyramids at Giza and Teotihuacan were microwave guides. The combined evidence from these two sites can only be interpreted in one way!
At both of these sites beamed energy was used to launch air and or spacecraft. At one of these sites it was primarily solar beamed energy at the other site it was clearly microwave energy.
Together these two locations subport the theory that operations of a sophisticated technology that was using beam energy in ways that we only now seem feasible.
We have a lot to learn from studying the evidence from our ancestors. In four specific regions throughout the Americas there are 43,000 pyramids on record.
There are pyramid locations surrounding the world including Egypt, China, on islands on all the oceans of the world.
At every major pyramid location there are platforms that were first introduced, they provided a raised platform that could permit energy to be collected from the pyramid to be directed beneath the spacecraft via reflection from metal mirrors.
As trade increased the incentive to lift larger payloads was in demand, larger payloads equals increased profits. The first pyramid was progressively raised, it was raised in height to permit the area of energy collection to be increased.
The energy that microwaves received from space were collected from the pyramids.
Beam energy propulsion technology demands that beam energy be applied to both the bottom and top of the craft being launched.
One way to develop a space launch system would be to have a series of ultralite inflated reflectors as high altitude balloons above the launch site to reflect back microwaves beamed from the ground.. This would enable energy sources away from the launch site to use beam energy by reflection to the top of the craft.
The vertical beams reflected down from high altitude could be useful in creating a air spike above the craft.
The reflector could be similar to those trailed by the Phillips laboratory for possible use of solar powered space tugs. These space tugs would be used to lift satellites from the LEO to the GEO.
The goal would be to build up launch capability using beam energy. Once the first full blown power satellite was in orbit it would then be capable of directly powering future launches from space.
This is what is represented with the early Mastaba pyramids.
Ultimately all of the power required to launch satellites to GEO would be supplied from space enabling expansion of the space energy power system.
At some point we would experience exponential growth and redevelopment of other solar technologies.
Very soon all the power needed for all our needs could become available from space.
Those microwaves were being delivered to the pyramids by a complex tunnel system with its massive sluices that could have only been used to launch air/space craft.
This ancient technology has now been proven in the modern age. Its time to study and see what we can learn from our ancestors. There isn’t any question that our ancestors performed feats beyond our modern capabilities., seen in the building of the pyramids alone! Is it too much for our engineers and tradesmen to learn from lost technologies?
Around 1,000 ce at least 35 major sites throughout central america were operating with dozens and sometimes hundreds of pyramids.
Sites like Teotihuacan, Lamanai, Alta Ha, Cholula are known to have between 350-700 pyramids at each site. In Belize there are 600 communities that had one or two pyramids and the thought is that these were spacecraft launch facilities.
The evidence is overwhelming that the pyramids at Giza and Teotihuacan were microwave guides. The combined evidence from these two sites can only be interpreted in one way!
At both of these sites beamed energy was used to launch air and or spacecraft. At one of these sites it was primarily solar beamed energy at the other site it was clearly microwave energy.
Together these two locations subport the theory that operations of a sophisticated technology that was using beam energy in ways that we only now seem feasible.
We have a lot to learn from studying the evidence from our ancestors. In four specific regions throughout the Americas there are 43,000 pyramids on record.
There are pyramid locations surrounding the world including Egypt, China, on islands on all the oceans of the world.
At every major pyramid location there are platforms that were first introduced, they provided a raised platform that could permit energy to be collected from the pyramid to be directed beneath the spacecraft via reflection from metal mirrors.
As trade increased the incentive to lift larger payloads was in demand, larger payloads equals increased profits. The first pyramid was progressively raised, it was raised in height to permit the area of energy collection to be increased.
The energy that microwaves received from space were collected from the pyramids.
Beam energy propulsion technology demands that beam energy be applied to both the bottom and top of the craft being launched.
One way to develop a space launch system would be to have a series of ultralite inflated reflectors as high altitude balloons above the launch site to reflect back microwaves beamed from the ground.. This would enable energy sources away from the launch site to use beam energy by reflection to the top of the craft.
The vertical beams reflected down from high altitude could be useful in creating a air spike above the craft.
The reflector could be similar to those trailed by the Phillips laboratory for possible use of solar powered space tugs. These space tugs would be used to lift satellites from the LEO to the GEO.
The goal would be to build up launch capability using beam energy. Once the first full blown power satellite was in orbit it would then be capable of directly powering future launches from space.
This is what is represented with the early Mastaba pyramids.
Ultimately all of the power required to launch satellites to GEO would be supplied from space enabling expansion of the space energy power system.
At some point we would experience exponential growth and redevelopment of other solar technologies.
Very soon all the power needed for all our needs could become available from space.
Thursday, December 20, 2012
Beam Energy Part 1
Beamed energy is the technology of the past and the future. It could be based on sunlight, microwave, maser, x-ray, laser, photon and gamma rays.
The energy can be collected on earth and also in space. After it is collected its transformed or reflected and stored for later use. With so many different sources of energy available for storage that have been used in the distant past and expected to be used in the future one wonders why more attention hasn’t been paid to the evidence of beam energy from ancient times.
When one studies the physical description of the Great Pyramid at Giza, despite 4500 years of decay and vandalism, the evidence and quality of building, what it represents is quite evident.
The Great Pyramid at Giza shows evidence of the use of solar energy in ways that we can only imagine. There is physical evidence of a whole range of lost technologies.
Low earth orbits or (LEO) is referred to by scientists as “half way to the rest of the solar system.” NASA has represented that a micro satellite could be launched using laser beam technology into the LEO.
This beam would use 1 kg of energy. Fuel for this laser beam would be in two components. The reactant mass and the energy component. This fuel is supplied to the satellite or object being launched by a energy beam.
Beam energy propulsion by laser is only one form of energy available for launching and because of several obstacles is still in the experimental stages.
Laser beams are inefficient, they may be the most exotic but not the best. Lasers have a (-30%) efficiency rating. They perform poorly in less than perfect atmospheric conditions. A lazers efficiency in power rating drops
significantly with any optical interference. One form of optical interference would be cloud cover, another would be dust or dirt stirred up by a wind storm.
Because the laser beam is so dense there is a high occurrence of premature spontaneous ignition of the air. Therefore laser beam launch system technology is still in the experimental stage.
Laser beam energy for propulsion is only one form of beam launch technology. Microwave, maser, direct solar and x-rays are other methods of beam launch systems.
Beam x-ray launch systems may only be used with unmanned cargo flights. Microwave energy has better long term potential.
Maser energy is the frequency derived from microwaves and they perform at ninety percent efficiency.
Their transmission of power into the geostationary orbit (GEO) or the LEO would be unaffected by lite cloud cover, dust or mild pollution.
Ordinary microwaves also can reach the GEO and LEO at even higher efficiency than masers.
Data published by NASA indicates that lightcraft ( ionised air ) beamed energy laser thrust systems have the energy equivalent of 20 kw/kg of thrust at the craft.
However laser beam energy is inefficient, performs poorly and is unreliable.
In a previous chapter we discussed how Nikola Tesla had seven hundred patents to include alternating current, radio technology, x-ray’s, turbine power generation and wireless transfer of energy. In 1899 Nikola discovered “Terrestrial Stationary Waves.” This discovery essentially turned the earth into a giant dynamo. His first experiment with transfer of energy or electrical power in this case was from his Colorado laboratory on Cheyenne Mountain to a neighborhood in Colorado Springs twenty-five miles away where he energised two hundred street lights. It has also been reported that Tesla received interplanetary communication signals during his stay on Cheyenne Mountain.
He also discovered microwave technology. Focused low frequency sound cancels gravity! The term microwave means electromagnetic energy. Microwave transmissions are well suited for wireless transmission of signals with large bandwidth
Large bandwidth means high data speed. Microwave signals use dish antennas which allow for high power gain with excellent sensitivity with focussed and stable directional stability for transmission and receiving signals.
JP Morgan was so impressed with his discoveries that he financed his Long Island Wardenclyffe Laboratory in Shoreham New York where he erected a 187 foot tower with a 68 foot copper dome on top.
He designed a magnifying transmitter that was used to discharge high frequency transmissions . Using his discovery of terrestrial stationary waves and using the planet as a giant dynamo, Tesla believed he could use this facility for wireless transfer of power and communication signals into space.
If interplanetary transmissions were possible, London and Paris shouldn’t be a problem! Nikola Tesla intended to transmit both power and communication signals to any point on the globe.
The facility was demolished during world war one for national security reasons. However he lost his funding from J P Morgan when Morgan couldn’t figure out where to place the electrical meter to receive profit from this venture with Nikola Tesla.
Perhaps this is also a factor in the development of beam energy, where to put the electric meter?
NASA suggests that solar energy can be collected in space and using beam energy transfer to a earth station. This would thrill the tree huggers, clean and relaitvely inexpensive power to meet the domestic and commercial needs of the nation and perhaps the world!
NASA estimates it would take twenty to thirty space shuttle flights to deliver the appropriate equipment into orbit making the whole project extremely expensive.
There is currently research and development in progress to develop beam energy for use in launching satellite and equipment for this purpose on a experimental level.
The slow pace of developing beam energy technology which had been perfected by 1997 is that we haven’t designed a laser beam large enough to handle the sizable equipment needed in this endeavor.
To date NASA can only handle a 1 kg payload. When microwave, masers and x-rays have greater efficiency than lasers we will enter a new era of energy production.
When you take this technology and ancient technology from the Giza pyramid, Teolihuacan, amicrowavend and the Tiahuanaco pyramids, one wonders why we haven’t taken the history of ancient evidence into consideration.
The energy can be collected on earth and also in space. After it is collected its transformed or reflected and stored for later use. With so many different sources of energy available for storage that have been used in the distant past and expected to be used in the future one wonders why more attention hasn’t been paid to the evidence of beam energy from ancient times.
When one studies the physical description of the Great Pyramid at Giza, despite 4500 years of decay and vandalism, the evidence and quality of building, what it represents is quite evident.
The Great Pyramid at Giza shows evidence of the use of solar energy in ways that we can only imagine. There is physical evidence of a whole range of lost technologies.
Low earth orbits or (LEO) is referred to by scientists as “half way to the rest of the solar system.” NASA has represented that a micro satellite could be launched using laser beam technology into the LEO.
This beam would use 1 kg of energy. Fuel for this laser beam would be in two components. The reactant mass and the energy component. This fuel is supplied to the satellite or object being launched by a energy beam.
Beam energy propulsion by laser is only one form of energy available for launching and because of several obstacles is still in the experimental stages.
Laser beams are inefficient, they may be the most exotic but not the best. Lasers have a (-30%) efficiency rating. They perform poorly in less than perfect atmospheric conditions. A lazers efficiency in power rating drops
significantly with any optical interference. One form of optical interference would be cloud cover, another would be dust or dirt stirred up by a wind storm.
Because the laser beam is so dense there is a high occurrence of premature spontaneous ignition of the air. Therefore laser beam launch system technology is still in the experimental stage.
Laser beam energy for propulsion is only one form of beam launch technology. Microwave, maser, direct solar and x-rays are other methods of beam launch systems.
Beam x-ray launch systems may only be used with unmanned cargo flights. Microwave energy has better long term potential.
Maser energy is the frequency derived from microwaves and they perform at ninety percent efficiency.
Their transmission of power into the geostationary orbit (GEO) or the LEO would be unaffected by lite cloud cover, dust or mild pollution.
Ordinary microwaves also can reach the GEO and LEO at even higher efficiency than masers.
Data published by NASA indicates that lightcraft ( ionised air ) beamed energy laser thrust systems have the energy equivalent of 20 kw/kg of thrust at the craft.
However laser beam energy is inefficient, performs poorly and is unreliable.
In a previous chapter we discussed how Nikola Tesla had seven hundred patents to include alternating current, radio technology, x-ray’s, turbine power generation and wireless transfer of energy. In 1899 Nikola discovered “Terrestrial Stationary Waves.” This discovery essentially turned the earth into a giant dynamo. His first experiment with transfer of energy or electrical power in this case was from his Colorado laboratory on Cheyenne Mountain to a neighborhood in Colorado Springs twenty-five miles away where he energised two hundred street lights. It has also been reported that Tesla received interplanetary communication signals during his stay on Cheyenne Mountain.
He also discovered microwave technology. Focused low frequency sound cancels gravity! The term microwave means electromagnetic energy. Microwave transmissions are well suited for wireless transmission of signals with large bandwidth
Large bandwidth means high data speed. Microwave signals use dish antennas which allow for high power gain with excellent sensitivity with focussed and stable directional stability for transmission and receiving signals.
JP Morgan was so impressed with his discoveries that he financed his Long Island Wardenclyffe Laboratory in Shoreham New York where he erected a 187 foot tower with a 68 foot copper dome on top.
He designed a magnifying transmitter that was used to discharge high frequency transmissions . Using his discovery of terrestrial stationary waves and using the planet as a giant dynamo, Tesla believed he could use this facility for wireless transfer of power and communication signals into space.
If interplanetary transmissions were possible, London and Paris shouldn’t be a problem! Nikola Tesla intended to transmit both power and communication signals to any point on the globe.
The facility was demolished during world war one for national security reasons. However he lost his funding from J P Morgan when Morgan couldn’t figure out where to place the electrical meter to receive profit from this venture with Nikola Tesla.
Perhaps this is also a factor in the development of beam energy, where to put the electric meter?
NASA suggests that solar energy can be collected in space and using beam energy transfer to a earth station. This would thrill the tree huggers, clean and relaitvely inexpensive power to meet the domestic and commercial needs of the nation and perhaps the world!
NASA estimates it would take twenty to thirty space shuttle flights to deliver the appropriate equipment into orbit making the whole project extremely expensive.
There is currently research and development in progress to develop beam energy for use in launching satellite and equipment for this purpose on a experimental level.
The slow pace of developing beam energy technology which had been perfected by 1997 is that we haven’t designed a laser beam large enough to handle the sizable equipment needed in this endeavor.
To date NASA can only handle a 1 kg payload. When microwave, masers and x-rays have greater efficiency than lasers we will enter a new era of energy production.
When you take this technology and ancient technology from the Giza pyramid, Teolihuacan, amicrowavend and the Tiahuanaco pyramids, one wonders why we haven’t taken the history of ancient evidence into consideration.
Subscribe to:
Posts (Atom)