FISSIONLINE AI BOMBSHELL
Cover your eyes! Artificial intelligence reveals the shocking truth of what happens to troops exposed to an H-Bomb test
FISSIONLINE COMMENT
AI is the future. Who says so? The government for a start. According to Keir Starmer digital ID and the other offshoots of AI will solve problems like the black economy and small boats crisis at a stroke.
If that's the case the problem of whether nuclear veterans were harmed witnessing bomb tests should be relatively easy to solve.
We all know the Government's position, backed by a raft of experts, has always been that the men were not harmed. While other, equally impressive experts, and of course the troops themselves, have always insisted they were.
Who's right? We asked AI to solve the problem. We inputted all the known data from just one bomb, the 3.2 megaton hydrogen bomb codenamed Grapple Y, exploded off the south east coast of Christmas Island on April 28, 1958 and asket what effect it would have on the troops lined up to witness it.
The devastating results, featured in the following pages, unequivocally show the government experts were wrong and the men and their experts were right.
The Government's position on this matter is now surely untenable. It's time this increasingly shambolic prime minister showed that he can at least do something right and give Britain's nuclear veterans the justice they so richly merit.
Welcome to another edition of fissionline and a big 'thankyou' to the many messages of encouragement and support we have received. It is always good to know we are appreciated.
It seems we now have a new and powerful ally in our fight for justice. Artificial intelligence is on our side and needs to be exploited ruthlessly. Campaigners who have in the past been patronised and even vilified by so-called experts who think they know better can now look them in the eye and say "You don't!"
In future editions fissionline will be piling on the pressure for justice with even more evidence of governmental lies, cover-ups and criminality in its rush to turn the UK into a nuclear superpower. Meanwhile we ask for your help, love and support in this great quest. We need you.Tell us what you think and we'll broadcast it to the world.
What are the effects on humans positioned on open ground 25 miles from a 3.2 megaton hydrogen bomb airburst at 8,000 feet?
The primary and immediate danger would be severe to moderate thermal radiation (heat flash) and flash blindness. While the initial blast wave would be significantly weaker at this distance, radioactive fallout would pose a dangerous, long-term threat
Immediate effects
Flash blindness: The burst would appear as a flash many times brighter than the sun. On a clear day, this would cause temporary flash blindness for anyone looking in the direction of the blast. The effect can be severe enough to cause temporary blindness for several minutes and last for an hour or more
Thermal radiation burns: A 3 2megaton blast releases an immense amount of thermal radiation, or heat. At 25 miles away, an individual on open ground would experience intense heat. While not instantly fatal, it would likely cause second-degree burns on exposed skin and could ignite flammable materials
Skin protection: Factors like clothing color and cover from objects can reduce the effects Darker clothing absorbs more heat, while lighter clothing reflects it.
Fires: The thermal radiation could start fires, which combined with the potential for "superfires" in the target area, could create hazardous smoke and gases that would pose a risk downwind.
Blast wave: The overpressure and winds of the blast wave would be greatly diminished at 25 miles While windows could break and debris could be moved,
the direct effects of the blast on an individual on open ground would be minimal compared to the thermal flash.
Delayed and long-term effects
Radioactive fallout: While the immediate danger from radiation is lower with a high-altitude airburst than with a ground burst, significant radioactive fallout would still be a threat, depending on wind patterns. Delayed arrival: The cloud of radioactive particles would travel downwind. At 25 miles away, a person would have several minutes to an hour or more to find shelter before fallout begins to arrive
Shelter: To minimize exposure, one must move indoors immediately, preferably into a thick, concrete structure like a basement, and seal off air entry points.
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Radiation sickness: Exposure to high levels of radioactive fallout can cause acute radiation syndrome (ARS), with symptoms appearing within days or weeks depending on the dose.
Symptoms of severe exposure: Symptoms can include hair loss, bleeding from the mouth and gums, internal bleeding, diarrhea, vomiting, fever, and delirium
Increased cancer risk: Long-term, radiation exposure can cause an increased risk of developing cancer, sometimes decades later.
Environmental contamination: Fallout would contaminate the ground, water, and food supplies for a wide area. Anyone surviving the initial attack would face the challenge of finding uncontaminated resources and dealing with the long-term health risks of a contaminated environment
Summary of survival factors
. Location: Being on open ground is the most dangerous position.
Timing: Taking cover and seeking adequate shelter before the fallout arrives is critical
Environment: Wind direction is a crucial factor for predicting fallout risk The level of contamination would also depend on whether the weapon was a "clean" hydrogen bomb (producing less fission fallout) or a more "dirty" design.
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The Grapple Y explosion caused a thunderstorm contaminating the east coast of Christmas Island with levels of 'rainout' stretching up to the Port Camp where thousands of men had been mustered.
"Hotspots"
of radiation were also detected in other parts of the island. Official meteorological reports also show that the wind changed direction after the explosion blowing contaminated particles directly toward the Main Camp where most of the troops were stationed.
Official records show that the Grapple Y explosion caused a thunderstorm. What effects would it have on the troops?
If a massive explosion, such as a large nuclear airburst, creates a thunderstorm, the combination of effects presents a uniquely devastating and amplified hazard, primarily due to the acceleration of radioactive fallout This phenomenon, known as "rainout," is not a natural occurrence but a consequence of the extreme conditions created by a nuclear detonation.
Immediate and intensified dangers
Rapid, concentrated fallout:
A primary airburst pushes radioactive material and other debris high into the atmosphere inside its mushroom cloud. If this cloud mixes with a thunderstorm, rain or snow can "wash out" the radioactive particles and bring them down to Earth far sooner than normal This creates concentrated "hotspots" of extremely high radiation levels downwind of the blast site.
Enhanced radiation exposure:
For people caught in this radioactive rain, external radiation exposure would be more severe and arrive with little warning. The dose would be higher than typical fallout scenarios because the radioactive isotopes have had less time to decay.
Internal contamination:
Rainout can also lead to a greater risk of internal contamination The radioactive material is easily absorbed by plants, which can be eaten by animals and enter the food chain, or be ingested by humans via contaminated water supplies.
Thunderstorm-specific effects
Nuclear-induced lightning:
Hydrogen bomb tests have been observed to generate large, extremely powerful lightning bolts. A bomb's gamma-ray pulse strips electrons from air molecules, creating a strong radial electric field that can produce immense lightning flashes Nuclear-induced lightning can be 10 to 100 times brighter and last over 100 times longer than natural lightning.
Increased rain and flash flooding:
Research from Cold War-era nuclear testing has shown that ionizing radiation can increase the chance of precipitation The superheated air of the blast and the particles in the atmosphere can act as condensation nuclei, causing a massive, fast-forming rain event. The resulting flash flooding would wash radioactive materials from higher ground into lower-lying areas and water systems, contaminating new areas.
Widespread contamination:
The radioactive rain and flooding would spread contamination into a wider geographical area than typical fallout, affecting agriculture and water sources far from ground zero. The longterm cleanup and recovery efforts would be complicated by this extensive environmental contamination.
FISSIONLINE FOUNDING FATHERS
From The Bunker
By John Urquhart
Scenario 1: Thursday 22 August 2030
Average world temperature officially more than two degrees centigrade above preindustrial levels.
Forty degrees centigrade heatwave continues. Not a breath of wind.
Cabinet meeting all day with COBRA
Emergency about Thursday night’s plug-in which will involve up to seven million electric cars being charged overnight, each demanding 7 5 kilowatts This could lead to an extra demand on the grid of 52 gigawatts which touch and go whether this can be supplied by the grid.
4.30pm: message passed to COBRA that the 3.6 gigawatt nuclear power plant, Hinkley Point C, has had to close down because of a swarm of jellyfish clogging the cold water intakes
5 30pm: cabinet agrees that Prime Minister Farage should go onto the media to make an emergency announcement.
6.00pm: Prime Minister Farage appears on all channels urging restraint on use of electricity, particularly overnight charging of electric vehicles. He also asks that all air conditioning is switched off under the slogan, “Grin and Bare It ”
6 30pm: Enraged Green and left-wing influencers go onto social media to urge
followers to switch ON all electrical appliances Pushback inevitable in a polarised Britain
7 00pm: with the Sun disappearing behind cumulus clouds, National Grid crashes.
Scenario 2: Thursday 22 August 2030. Average world temperature officially more than two degrees centigrade above preindustrial levels
Forty degrees centigrade heatwave continues Not a breath of wind
4 30pm: COBRA receives message from Hinkley Point C that the NPS is about to close down owing to a swarm of jellyfish. COBRA urges Hinkley to stay open in spite of small risk of nuclear accident.
6.00pm: Main headline on BBC News that scientists have discovered that higher temperatures are good for sex
11 30pm: Hinkley contacts COBRA and says they can no longer hold the line against the jellyfish
11.35pm: National Grid suffers a series of power cuts.
04.30am: Power restored but since many EV chargers are still on open circuit, the back emf creates power surge which knocks out outdated National Grid for a week, à la Spain.
All air flights grounded and holidays ruined Reform never recover from this debacle However, they do achieve one of their main targets Exactly nine months later, the weekly birth rate rises by 30%.
Scenario 3: Friday 3 May 2026.
12.00 noon: Labour acknowledges crushing defeat at local election poll.
4.00pm: Sir Keir Starmer resigns, exactly nine months later, weekly birth rate the same
*Statistician John Urquhart gained fame for first exposing dangerous levels of radiation from the Sellafield nuclear plant.
Ken McGinley Roy Sefton Archie Ross Barbara Penney Derek Chappell Mike Rubery Albert Isaksen Phil Munn Mike Doyle