What really happened at Chernobyl
Drawing upon recent experiments, an internationally acclaimed award winning 2015 documentary, a US military insiders book from the 1990s and technology weaponised in the 1970s and 80s, Bob Greenyer lays out the case for a new understanding of what might have caused the worst nuclear accident of the 20th century in a Soundcloud recording. Summary is given below.
To listen to the recording, click here
Chernobyl nuclear plant viewed from the Duga3 transmitter
Source images of Chernobyl by Shovax
Chernobyl nuclear plant
- Construction began 15 August 1972
- Commissioned 1977
Produced 1,000 megawatts (MW) of electric power (3.2 GW of thermal power)
The Woodpecker AKA Duga3
Woodpecker Documentary, can be purchased for view here
Plan to build the Duga began in 1964, turned on in 1976. Vasily Shamshin, a lead proponent, became Minister of Communications of the USSR in 1980.
Not your average wifi antenna! SOURCE
The Chernobyl array was one of 3 mega powerful over the horizon radars.
The radar at 7 billion Rubles cost twice as much as the Chernobyl power plant
Detected all launches for 10 years according to one engineer interviewed in the documentary
Antenna gave USSR 25min warning
One witness says they were just a few months and revisions away from getting the Duga 3 into ‘combat mode’ (rather than defence) when the reactor exploded.
The documentary interviews a good number of people that should know, but they tell contradictory stories or admit they are not telling all they know. One witness says that because of interference within the USSR, they changed the frequency and so it then could not penetrate the northern lights.
The documentary suggests, with witnesses strongly contesting it, that Vasily Shamshin, made a call from Moscow, deliberately ordering an event that blew up the reactor, the film assumes that this was in order to cover up the failure of the radar to see over the horizon due to its frequency being adjusted.
Duga 3 turned off in 1989
At the end of the film, which was recorded in 2014, it says, quite ominously, that the woodpecker signal has returned and has been traced to the heart of Russia.
For any budding replicators with a spare $20billion, here is the 1972 wiring diagram for the Duga3, 10MW Scalar Interferometer Extra Low Frequency (ELF) array SOURCE
Strategic Defence Initiative
March 23, 1983
The Strategic Defence Initiative (SDI) - $30billion
Amongst their developments were Particle Beam Weapons that could accelerate particles and sub atomic particles up to nearly the speed of light containing unfathomable energies that could “disrupt its atomic and/or molecular structure.
April 26, 1986
Chernobyl Disaster
1990
Could Cluster Impact Fusion, previously developed at Stanford Research Institute and classified in 1990 be a candidate SDI technology? It apparently can deliver 3.4 x 10^14 Joules/kg. Compare that to the energy yield from Uranium
1993
SDI 'officially ended' with its function being taken on by renamed programs
Tom Bearden
In Tom Bearden’s book ‘Fer de Lance’ from page 129 onwards, he describes how he was presented with a horrible quandary. The military knew that proven electrogravitic technology was being trained on the San Andreas fault with the prospect of a cataclysmic series of earthquakes from Los Angeles to San Francisco and that this could cause the deaths of many 100,000s of Americans. In addition, there would be incredible destruction of infrastructure and other life altering injuries.
He was told that a group within the Strategic Defence Initiative had a countermeasure that they could deploy and wanted Bearden’s advice on the risks. Bearden knew that the proposed beam could result in the near-instant fissioning of any Nuclear material in the local of the unknown transmitter location and so there could be 100,000s, even millions of deaths caused, but advised firing on the basis of a middle risk scenario.
The group took the risk and fired, the Duga 3 array was disabled and it had to discharge the energy into the ground, however, the safety systems were overcome, and some energy spread out. The Cernobyl reactor’s operators were called and told to take appropriate counter measures, but when the energy reached the reactor some time later, material in the reactor was disrupted with possible nuclear events which cased the catastrophe.
Tom is remorseful for the deaths and contamination caused, however, he balances that with the American lives saved and hopes to, within his lifetime name those who took the final decision to fire the countermeasures.
