Humanity has constructed a doomsday Deadman switch that threatens civilization. Climate destruction will make it increasingly difficult to avoid the looming global nuclear catastrophe we’ve created.

Here’s how our future might unravel:

Late 2020s: Climate Red Alert and Infrastructure Strain

By the late 2020s, Earth’s climate is in unprecedented turmoil. Global average temperatures are consistently 1.5 °C above pre-industrial levels. Each year brings record-breaking heatwaves, “freak” floods, and droughts that batter infrastructure. Coastal cities flood more frequently, roads buckle in extreme heat, and power grids strain under surging demand for cooling.

This cascade of climate disasters sets the stage for a systemic collapse: as societies grapple with runaway warming, the resilience of critical infrastructure (power, water, transit) erodes.

Energy systems enter a crisis even before 2030. Nuclear power, which in 2025 still provided about 9% of the world’s electricity from ~440 reactors, becomes increasingly unreliable. Many nuclear plants struggle with climate stresses: cooling water sources heat up in summer, forcing reactors to reduce output or shut down to avoid unsafe temperatures. For example, a 2028 European heatwave pushes river and sea temperatures above 25 °C, triggering emergency shutdowns at multiple reactors that cannot be cooled effectively.

At the same time, stronger storms and floods threaten reactor safety. Dozens of reactors worldwide are unprepared for extreme flooding, meaning a dam failure or storm surge could lead to a Fukushima-scale accident. Worrisome reports emerge of power plants in floodplains and coasts where defenses are overtopped by rising seas and torrential rains.

By 2029, global carbon output remains high, and natural feedback loops are kicking in. In the Arctic, permafrost thaws and releases methane creating a vicious warming cycle where initial warming triggers more emissions, leading to even more warming. Scientists caution that a tipping point is near, beyond which climate change becomes self-perpetuating (a true “runaway” scenario).

Society approaches 2030 in a precarious state: aware of looming catastrophe yet unprepared for its speed. The stage is set for the coming collapse, with power grids and nuclear facilities – the backbone of the industrial world – already under severe strain.

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Early 2030s: Blackouts and the First Reactor Crises

2030 marks the breaking point.

A confluence of climate catastrophes collapses power grids across multiple continents. A severe global heatwave in the summer of 2030 brings record electricity demand while many power plants (nuclear and coal alike) are derated or offline due to overheating coolant water.

Then powerful Category 5 storms strike in succession: one hurricane inundates the U.S. Eastern seaboard, while an unprecedented typhoon swamps Southeast Asia. These disasters knock out transmission lines and flood key substations, leading to prolonged blackouts in dozens of major cities. Emergency systems are overwhelmed. With communications down and transportation paralyzed, manpower shortages become acute – many operators and engineers cannot reach their stations.

Nuclear power plants are among the first to feel the emergency. Grid failure triggers automatic reactor SCRAMs (rapid shutdowns) at plants from Florida to France. Control rods halt the fission reactions, but decay heat in reactor cores still needs cooling for days to prevent meltdown.

Normally, backup diesel generators would power the cooling pumps, but the scale of the blackout means diesel resupply is uncertain and some generators fail in flooded facilities. In a grim reflection of 2011’s Fukushima disaster, several coastal reactors lose all power as storm surges drown their backup generators.

Within hours to days, the first meltdowns occur.

In 2031, a reactor in South Asia becomes a flashpoint: its cooling pumps falter after the grid collapse, leading the core to overheat. The reactor’s heart melts through containment in a matter of days, releasing a plume of radioactive steam and debris.

Nearby, an even greater danger unfolds: the plant’s spent fuel pool, packed with years of highly radioactive spent rods, boils dry without cooling. Exposed to air, the zirconium cladding of the fuel ignites, triggering a fire that belches long-lived radioisotopes directly into the atmosphere. This nightmare scenario – once narrowly avoided at Fukushima by heroic ad-hoc measures – now plays out in full.

Local and regional consequences are immediate and harrowing. Authorities, already struggling with disaster response, hastily order mass evacuations around stricken plants. In the South Asia incident, a radius of 30 km is declared a no-go zone as radiation levels spike. Over one million people are displaced in this region alone, fleeing what swiftly becomes a nuclear dead zone. Many receive significant radiation doses during the chaotic evacuation, trapped by traffic jams under drifting fallout.

Comparisons are made to Chernobyl’s 1986 evacuation – there, 130,000 people were permanently resettled and a 1,000-square-mile exclusion zone established – but the 2031 event affects an even larger population in a densely settled area.

Nearby countries track the radioactive cloud as it crosses borders. Within days, radioactive iodine and cesium are detected in cities hundreds of kilometers downwind. Governments distribute iodine tablets to help block uptake of radioactive iodine in thyroid glands, recalling measures taken after Chernobyl and Fukushima. Farmers in downwind regions watch in despair as cesium-137 contaminates soil and crops, knowing from past accidents that those lands may be unsafe for farming for decades. (After Chernobyl, for instance, radio-cesium lingering in soils kept pastures in parts of Europe under restriction for over 20 years.)

Globally, these first reactor crises send a chilling signal. Airborne radiation from the fires and vented steam reaches the upper atmosphere and begins circling the planet. Within weeks, trace amounts of cesium-137 and strontium-90 are found in faraway monitoring stations.

While the initial fallout poses the greatest danger locally, the global dispersion of radionuclides raises alarms. Public health experts warn that even low-dose fallout on crops could, when multiplied across the world, elevate cancer risks and contaminate food supplies. International markets are rocked as nations ban produce and grain imports from entire regions. The economic shock compounds the physical destruction: already destabilized by climate disasters, the global supply chain further fractures under fear of radiation in goods.

Perhaps most critical for what comes next, these early accidents erode the capacity to respond to future crises. Emergency workers who heroically battled the first meltdowns (hosing overheating reactors, attempting improvised cooling) have suffered radiation exposure or exhaustion. Large swaths of power grid remain offline, making rolling blackouts the new normal even in areas not directly hit by climate events. This energy shortage slows recovery efforts and undermines the cooling and monitoring systems at other nuclear sites. By 2032, the world faces a stark reality: roughly 10% of nuclear reactors worldwide are in some stage of crisis – either already melted down, or scrammed and struggling to keep their hot cores and spent fuel safe. What was once unthinkable now seems inevitable.

Mid-2030s: Cascading Meltdowns Across the World

As 2035 approaches, the situation spirals into a cascade of nuclear calamities. Ongoing climate chaos keeps hammering human systems. Year after year, megastorms, wildfires, and heatwaves pummel regions before they can recover. The compounded infrastructure damage means many areas have only intermittent electricity and scarce supplies.

In this environment, about half of the world’s nuclear reactors are effectively left unattended or unserviceable – some due to direct disaster impacts, others because manpower and resources have collapsed in the region. Governments in relatively stable areas attempt to initiate orderly shutdowns of reactors as a preventative measure, but even a shut reactor needs years of active cooling and oversight. In many cases, those best efforts falter.

By 2033–2035, a wave of reactor meltdowns unfolds on nearly every continent.

The numbers are staggering. What started with a few isolated accidents in 2030–32 explodes into dozens of sites in crisis. Older nuclear stations prove especially vulnerable: lacking passive cooling features, they succumb quickly when grid power and backups fail. Newer reactors touted as “meltdown-proof” also face unforeseen challenges – coolant reservoir tanks run dry when maintenance crews vanish, or hydrogen explosions (like those that blew apart Fukushima’s reactor buildings) occur due to unvented pressure.

Spent fuel pool fires add to the nightmare at many sites; analysts later estimate that these pool fires released even more radiation than the reactor core meltdowns in several cases, since pools often contained decades of fuel assemblies (holding up to 10× the long-lived radioactivity of a reactor core in each pool).

Each collapsing plant creates its own radiation footprint. By the mid-2030s, a patchwork of radioactive exclusion zones scars the Northern Hemisphere. In Eurasia, multiple zones – from Western Europe through Russia, South Asia, and East Asia – dot the map where reactors have failed. Some of these zones begin to overlap, forming a virtually continuous swath of contaminated land in parts of Europe and Asia.

In Western Europe, for example, meltdowns at two French reactors and one German reactor in 2034 force evacuations that cover large parts of the Rhine valley. Later, a catastrophe at Ukraine’s Zaporizhzhia plant (already endangered for years prior) adds to the chain, rendering areas along the Dnieper River highly radioactive once again.

North America is not spared: a meltdown at an aging Midwest U.S. plant sends radiation across several states, and Canada’s Ontario reactors – shut down due to power loss – suffer a fuel pool fire that spreads contamination through the Great Lakes region.

In total, roughly 50% of the world’s 400+ reactors are now either destroyed or abandoned. Humanity suddenly finds itself living with hundreds of Chernobyl-sized disasters at once.

Local and regional consequences reach an apocalyptic scale. Hundreds of millions of people become actual or potential refugees from high-radiation areas. Major cities near failed plants are emptied: by 2035, regions like the French Riviera, the North China Plain, and the U.S. eastern seaboard have pockets that resemble Pripyat – ghost cities left to wild animals.

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The contamination of land and water is immense. Isotopes like cesium-137 and strontium-90 settle into agricultural soils. Just as Chernobyl’s fallout once contaminated 200,000+ square kilometers of Europe to some degree, the 2030s meltdowns contaminate vast expanses of the globe. Agricultural experts estimate that a significant fraction of the world’s breadbaskets are now tainted by radioactive fallout.

For example, the Punjab region and the American Midwest both see cesium levels in soil far above safe farming limits, threatening global grain supplies. In many countries, the choice is stark: eat potentially contaminated food or starve.

Livestock that graze on fallout-blanketed pastures accumulate radionuclides in their meat and milk, as British sheep did for decades after Chernobyl. Governments impose strict bans on food exports from these zones, and global food prices skyrocket. Famine looms for countries that relied on imports from now-irradiated farmlands.

Beyond human habitations, ecosystems suffer radiological damage layered on top of climate stress. Forests downwind of reactor accidents turn brown and silent as foliage and wildlife absorb heavy doses of radiation. In some intensely contaminated zones, an eerie calm prevails – reminiscent of how the core area around Chernobyl became an accidental wildlife refuge, but one where many organisms die young or show mutations.

Initially, high radiation kills or stunts many plants and animals. Forests die and animal populations plummet. Over the later 2030s, some wildlife returns to abandoned zones, benefiting from the lack of humans. However, in areas of very high contamination, biodiversity remains lower and animals show signs of chronic radiation exposure.

The web of life is poisoned: radioactive cesium and strontium work their way up food chains, affecting predators and prey alike. Combined with the ongoing climate upheavals (heat stress, wildfires, habitat shifts), the added burden of radiation pushes many species to extinction in contaminated regions. Aquatic ecosystems are also hit – radioactive runoff flows into rivers and seas, causing fish kills and long-term mutations in fish reproductive cycles.

The global consequences of this mid-2030s nuclear cascade are profound. Atmospheric circulation transports radioactive pollution around the world. By 2035–2036, background radiation levels have risen noticeably above 2020s norms in both hemispheres. Radioactive particles from multiple meltdowns are detected in the Arctic and even the Antarctic, having been carried by air currents. Although concentrations far from accident sites are low, no corner of the planet is truly untouched.

In the Northern Hemisphere, intermittent waves of fallout descend whenever rain clouds scavenge particles from the upper atmosphere – a phenomenon similar to the fallout patterns observed after nuclear weapons tests and Chernobyl, but now sustained by ongoing reactor fires and spent-fuel blazes. Public health experts warn that long-term cancer rates will climb worldwide; every additional becquerel in our food and water increases risks.

By the late 2030s, the world’s socio-economic order has largely disintegrated. The combination of climate catastrophe and radioactive contamination fractures the globalized economy. International travel is nearly nonexistent both because of infrastructure breakdown and fear of radiation exposure on long journeys. Trade in food and goods has devolved into ad-hoc local barter, since centralized distribution is impossible under constant disaster.

Regions that remain habitable form “safe zones” – relatively less contaminated and with tolerable climate – mostly in the far southern hemisphere and a few remote northern areas. For instance, parts of New Zealand, Patagonia, and Siberia (far from any meltdown sites and somewhat buffered by distance) become refuges for those able to relocate. Even so, these areas face their own challenges from extreme weather and inflows of refugees.

Humanity’s population shrinks precipitously due to famine, conflict, and radiation-related illness. What was roughly 8 billion people in 2020 falls by at least hundreds of millions (edit: more likely billions) by 2040. Those losses stem not only from immediate disaster casualties but also from secondary effects: hunger, lack of medical care, and weakened immune systems in a ravaged environment.

2040s: The Toxic Legacy Settles In

By the 2040s, the frantic pace of new catastrophes slows somewhat – not because the crises are solved, but because so much has already collapsed. Most of the vulnerable nuclear reactors have already broken down by this point or were pre-emptively shut. The ones that survived the 2030s are primarily in regions that remained functional enough to manage a safe cold shutdown or have newer designs with passive cooling. However, the world now faces the long aftermath of what has happened. The 2040s are a bleak decade of enduring fallout (literal and figurative), where humanity grapples with the toxic legacy of hundreds of reactor failures amid a climate that remains hostile.

One grim reality sets in: the radioactive contamination is far from a short-term problem. Many of the isotopes released have half-lives measured in decades or longer, meaning the radiation will persist for generations. For example, cesium-137 (half-life ~30 years) and strontium-90 (half-life ~29 years) remain abundant in the soils of meltdown zones and downwind regions.

These isotopes mimic vital nutrients (cesium behaves like potassium, strontium like calcium), so they continuously cycle through plants, animals, and water. Crops grown in contaminated soil uptake cesium; grazing animals concentrate it in their flesh; humans who consume those foods further concentrate it in their bodies. In the 2040s, scientists document how radioactivity has infiltrated the global food chain. Traces of cesium-137 show up in grain and milk even in “safe” zones, due to minute fallout that has spread worldwide.

In harder-hit areas, food contamination remains a severe obstacle to resuming agriculture – even when farmers attempt to cultivate, their produce often exceeds safety limits imposed in the old world. Consequently, hunger continues to stalk populations: arable land might be available, but not all of it can be used without slowly poisoning those who eat from it.

Another challenge is the management of radioactive waste and materials. The reactor meltdowns and fires have dispersed a lot of the radioactive inventory into the environment, but significant amounts still reside in the wreckage of power plants.

Spent fuel rods that did not burn sit in cracked pools or dry casks at sites now too hazardous for people to approach. The reactors themselves hold tons of uranium and plutonium in their ruined cores. In the 2040s, these wreckage sites are largely uncontained.

Unlike Chernobyl, where a concrete “sarcophagus” was built over the destroyed reactor, many 2030s accident sites have been simply abandoned mid-disaster. Some have rubble or sand piled by drones or remote machines to try to smother fires, but no comprehensive containment. This means groundwater leaching becomes a major concern. Rain percolating through the wrecked reactors carries radioactive contaminants into aquifers and rivers.

For communities downstream (if any remain), water sources are compromised. In coastal plants, continued leakage of radiation into the ocean is observed. By 2045, marine biologists report increased contamination in sea life far from any direct fallout, indicating that ocean currents have spread the pollutants. Strontium-90, for instance, known to accumulate in fish bones, is found in fish thousands of kilometers from any reactor site. The Pacific Ocean, already contaminated by the Fukushima incident in 2011, now receives orders of magnitude more radionuclides from multiple Pacific Rim reactor failures.

Ocean fisheries, already stressed by climate-driven acidification and overfishing, are now additionally burdened by radioactive pollution – many fishing zones are closed due to cesium levels, pushing more coastal communities into protein scarcity.

The climate crisis continues unabated in the 2040s, though its character has changed. With industrial civilization greatly diminished by mid-decade, greenhouse gas emissions from human sources have plummeted. Oil consumption is a fraction of what it was, and many coal plants are offline (some destroyed, some simply without supply lines). This initially gives a glimmer of hope that anthropogenic warming might slow.

Indeed, by the late 2040s some climatologists note a slight stabilization in CO₂ levels. However, the damage is already done in terms of triggering feedback loops. Warming continues due to inertia and feedback emissions (like methane from permafrost). By 2040 the world breached +2 °C (edit: likely more like 3) warming, and by 2050 it may be heading toward 2.5 °C (edit: quite possibly approaching 4.5) despite the collapse in human emissions.

The ongoing extreme weather further complicates the radioactive legacy. For example, wildfires in contaminated forests have become a recurring nightmare. Each summer in the 2040s, large wildfires ignite in areas with dry, hot conditions – some of those areas include the evacuated zones dense with dead trees and dry brush (around former reactor sites). When these fires rage through radioactive forests, they loft radionuclide-laden smoke into the sky.

In 2043, a massive fire in the abandoned parts of Eastern Europe (fueled by a drought and heatwave) burns hundreds of thousands of acres, re-mobilizing cesium and plutonium deposited in the soil. Soot and ash carrying these particles travel far; monitors as far away as northern Scandinavia register spikes in airborne radiation. What was effectively “locked” in the soil is thus released anew by fire – a horrific feedback where climate-induced fire boosts the spread of nuclear contaminants.

Similarly, intense storms cause flooding and dust storms that redistribute radioactive sediments. Rivers that flow through meltdown zones periodically flood and deposit radioactive silt onto downstream plains. The environmental contamination, therefore, is not a static situation; it worsens in pulses whenever climate disasters strike the polluted zones, creating secondary fallout events throughout the 2040s.

Human society in this decade adapts in grudging, hardscrabble ways. In relatively uncontaminated regions, people develop new habits to minimize radiation exposure. For example, rooftop farming and hydroponics indoors become crucial to grow food in controlled environments, to avoid contaminated soil. Water is filtered through improvised means (layers of charcoals and resins to trap radioactive isotopes). People often wear personal dosimeters and masks when venturing outside, especially on windy days that could carry dust. The specter of radiation sickness and cancer is a constant part of life.

Medical knowledge from past nuclear accidents is applied where possible. For instance, Prussian blue pills (which bind radioactive cesium in the digestive tract) are prized treatments to reduce cesium uptake; potassium iodide pills are stocked to pre-dose the thyroid in case of new radioactive iodine releases. However, these medications are in short supply as global production capacity and supply chain infrastructure is decimated.

Despite these measures, the health toll is severe. Cases of cancers (thyroid, leukemias, solid tumors) skyrocket, and with healthcare systems devastated, many go untreated.

There is also a rise in birth defects in regions that were exposed to higher radiation during the 2030s – a tragic echo of what was observed in some areas after Chernobyl, now magnified by the wider scale. Mental health is another casualty: whole generations grow up under the dual shadow of climate apocalypse and invisible radiation hazard, leading to widespread psychological trauma and “eco-radiation anxiety.”

By the end of the 2040s, some stabilization occurs in the sense that no new major nuclear disasters are unfolding (simply because so few reactors remain operational or intact). What remains of organized governments and international institutions focus on containment and mitigation. There are projects, for instance, to entomb certain high-risk reactor sites in concrete (as was done with Chernobyl) now that radiation levels around them have decayed enough to allow heavy machinery to approach for short periods. One such international effort in 2048 finally encases the remains of a major U.S. reactor that melted down 15 years prior, using robotic builders to minimize human exposure. These efforts are slow and cover only the worst offenders, but they at least aim to prevent further leakage.

2050s and Beyond: A Transformed and Radioactive World

Earth is a fundamentally altered planet. Human civilization has been gutted; what remains is a patchwork of survivor communities and a few stable enclaves attempting to rebuild amid the ruins. The climate is hotter (approaching +2.5 °C), seas are higher, and seasons are unreliable. On top of this, the planet’s surface carries the wounds of the nuclear collapse. Even as some dangers gradually subside with time, others will persist for centuries.

Radioactive decay has slightly improved conditions in the decades since the meltdowns. By 2060, it will have been ~25–30 years since the peak of the disaster. Isotopes like Iodine-131 (which caused acute thyroid exposures in 2030s) are long gone – with an 8-day half-life, they decayed away within months of release. The most intense short-term radiation from the accidents (which came from these short-lived fission products) has thus faded. Even some medium-lived isotopes like cesium-137 and strontium-90 have seen about one half-life pass. Areas that were extremely contaminated by cesium in 2035 might register roughly half the cesium levels by 2065, simply due to radioactive decay (not counting redistribution). This means that radiation levels in some exclusion zones are lower in 2060 than they were in 2040, potentially allowing limited access with protective gear.

In a few zones on the periphery of disasters, radiation has decayed enough that authorities consider letting people return with precautions (much like parts of the Fukushima exclusion zone were gradually reopened after a decade). Wildlife begins to reclaim many regions more fully as human absence continues; in moderately contaminated areas, animals have multiplied (albeit some with shorter lifespans or health effects). The paradox seen in Chernobyl’s exclusion zone – where wildlife thrives despite radiation because human pressures are removed – is now playing out on a larger scale. Some scientists in the 2050s cautiously talk of certain abandoned areas becoming de facto wildlife reserves, albeit radioactive ones.

However, other hazards will essentially be permanent on human timescales. One is plutonium. Many reactor explosions and fires spread particles of plutonium-239, an alpha-emitting isotope with a half-life of 24,000 years, into the environment. These particles are extremely dangerous if inhaled or ingested, as they can lodge in lungs or bones and irradiate tissue for a lifetime. Plutonium is heavy and tends to deposit near accident sites, but the fires and smoke did carry some of it regionally. This means certain hotspots (within, say, a few kilometers of the worst meltdowns) will remain lethally radioactive essentially forever as far as human planning is concerned.

Even after cesium decays, these areas will be unsafe to inhabit without serious cleanup (removal of topsoil, etc.). Another enduring issue is the spent fuel and waste that remain. By 2070, the fuel assemblies that did not burn up in fires have cooled radiologically (their short-lived fission products gone), but they are still highly radioactive and contain long-lived isotopes. Ideally, they would be secured in geologic repositories to isolate them from the biosphere. But with the collapse of industrial capacity, most of this waste is simply sitting wherever it was last stored. Some is in dry cask containers that can last a few decades. By the 2070s those casks may be deteriorating, potentially releasing their contents if not maintained. Thus, the world faces a slow seepage of radionuclides for centuries.

The habitability of the planet is dramatically reduced compared to pre-2030. Large regions are effectively off-limits due to radiation – especially parts of mid-latitude North America, Europe, and Asia where population was once highest. The tropics, meanwhile, suffer extreme heat and humidity that push human heat tolerance to the limit (some equatorial zones regularly see wet-bulb temperatures above 35 °C, unsurvivable without A/C).

The “safe zones” by the 2050s are those rare places with a combination of tolerable climate and minimal fallout. These tend to be in the southern hemisphere or isolated islands. Portions of South America (southern cone) and Africa (extreme south or highlands in East Africa) see clusters of survivors who have organized small agrarian societies, carefully selecting crops and livestock that can grow in changed conditions and relatively uncontaminated soils. Australia and New Zealand, which had no nuclear plants of their own and were distant from most fallout, become crucial harborages of technological memory – although Australia’s interior is severely hit by heat and drought, its southern coasts remain livable. Antarctica and the Arctic islands, free of radiation but harsh in climate, see some interest as refuges (some communities attempt to live in domed biomes on the Antarctic Peninsula, leveraging the cooler climate and abundant marine life, despite the logistical difficulties).

The collapse of industrial emissions has a small silver lining for climate by 2070: atmospheric CO₂ has finally plateaued, possibly even dipped slightly as the oceans and regrowing forests draw down carbon. But this comes at the cost of global societal collapse and mass mortality. In essence, the Earth system reset itself in part by a brutal reduction of human impact, while locking in a radioactive legacy. The climate remains warmer and more volatile than the Holocene average, but without continuous fossil fuel burning it may avoid worst-case 22nd-century projections. Nonetheless, sea levels by 2070 are higher (many coastal former cities are now tidal marshes littered with ruins), and superstorms still occur (though fewer targets remain to damage).

The surviving humans have adapted to a nomadic and subsistence lifestyle in many places, always mindful of avoiding radiation hotspots identified by their Geiger counters. The world population is a fraction of what it was, industrial civilization is dead alongside billions of humans, and those who remain are scattered and isolated.

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Are you a conservative, libertarian, Christian, or gun owner?

Do you oppose abortion, globalism, Communism, illegal immigration, or the UN?

Believe in conspiracy theories or the “end times”?

If so, U.S. government documents have classified you a “potential terrorist.”

Once, the term “terrorist” referred narrowly to those using violence for political goals, like Osama bin Laden. But under the Obama administration, references to Islam were removed from terror materials, and the label expanded to include American citizens who oppose the far-left ideology that has taken over our institutions.

Being labeled a “terrorist” strips away rights, and peaceful citizens and patriots are now being demonized by a tyrannical government that has sold its soul to the globalists.

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The groups of people in the list above are considered “problems” that need to be dealt with.  In some of the documents referenced above, members of the military are specifically warned not to have anything to do with such groups.

We are moving into a very dangerous time in American history.  You can now be considered a “potential terrorist” just because of your religious or political beliefs. 

Free speech is becoming a thing of the past, and we are rapidly becoming an Orwellian society that is the exact opposite of what our founding fathers intended.

Legendary award-winning filmmaker and political activist turned freedom fighter, Aaron Russo, left us an explosive legacy before his passing. In a never-before-seen interview that challenges official narratives and lays bare the hidden threads of power, this award-winning filmmaker and freedom fighter offers a chilling glimpse into how the global system operates from the shadows. In this 2007 interview with Alex Jones, conducted shortly before his passing after a prolonged battle with cancer, Russo offers a deep and revealing analysis of the conversations he had with his friend Nick Rockefeller. Throughout the conversation, he unravels an intricate web of corruption, financial control, and government manipulation that has subjugated not only the United States, but also the rest of the world.

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An Unexpected Journey Toward Truth

Aaron Russo’s story begins as a successful entrepreneur and creative visionary. He pioneered the women’s fashion industry, creating the first bikini bottoms for women in 1963, and later founded the Electric Theater in Chicago, a nightclub that became a haven for hippies during the turbulent 1968 Democratic Convention. But it was precisely there that Russo experienced what he calls “my awakening.”

Russo, a man who always championed individuality and freedom, tells us how his awakening was not a singular event, but a progression of realizing the growing inhibitions of the government. One key incident, the senseless raid on his Chicago nightclub, opened his eyes to systemic corruption, although he initially thought it was a local problem. The falsification of facts by authorities and the subsequent extortion by the police were a brutal education in the true nature of power. “That was my awakening,” Russo confesses. “I thought this was America. I thought we lived in a country where there was justice.”

This incident marked the beginning of a personal transformation that would lead Russo to question everything from tax policies to the very structure of the American government. “At first, I thought it was just Chicago,” he reflects. “But then I realized this wasn’t local; it was systemic.“

But Russo’s insight transcended local corruption. Through his research for the film “America: Freedom to Fascism,” he exposed the core of the system:

• The Federal Reserve is a private bank that controls the issuance of money, forcing the government to borrow and tax the labor of citizens to pay interest to these private bankers. In 1980, Ronald Reagan stated that not one cent of income tax would go to the nation, but directly to the Federal Reserve.
• The IRS (Internal Revenue Service) is a symptom of this problem, and although Russo acknowledges that the Supreme Court has ruled it lacks the authority to tax labor and wages based on the 16th Amendment, he advises paying taxes for fear of retaliation, comparing it to paying the mob.
• We are led to believe that we live in a democracy, but this is an orchestrated lie. The Founding Fathers abhorred democracy, envisioning us as a constitutional republic where individual rights are protected from the will of the majority. Democracy is the rule of the 51% over the 49%, while in a republic, the 99% cannot take away the rights of the 1%.

But Russo’s vision delves even deeper into the shadows, revealing a sinister agenda for the future, directly from an insider: Nick Rockefeller. According to Russo, the banking industry’s ultimate plan is the creation of a one-world government, controlled by them, through of stages such as the European Union and the attempt at the North American Union.

A Look Inside the Elite

According to Russo, Rockefeller contacted him after seeing one of his videos critical of the establishment. What followed was an unusual relationship: while they enjoyed dinners and philosophical conversations, Rockefeller attempted to recruit him as part of the global elite, offering him business deals and even membership in the Council on Foreign Relations (CFR). The real intention was to silence his dissenting voice and make him part of his plan.

However, this closeness gave Russo access to chilling information. In one of the most explosive revelations, Rockefeller confessed to him eleven months before 9/11 that there would be a catastrophic event that would justify military invasions in Afghanistan and Iraq, as well as the implementation of massive control measures under the pretext of fighting terrorism.

“He told me there would be an event, although he never specified what it would be,” Russo recounted. “From that event, we would invade Afghanistan to build pipelines from the Caspian Sea, invade Iraq to seize the oil fields, and establish bases in the Middle East.”

According to Russo, it was clear that the alleged terrorist act was a massive hoax without a tangible enemy, part of a carefully designed strategy to establish a regime of fear and control over both the American and global population. He maintains that 9/11 was carried out by individuals within the government and banking system to instill terror and subjugate citizens.

“The war on terror is a total fraud,” he stated emphatically. “There is no one to defeat. It’s endless because it’s designed to be. That way they can do whatever they want to the American people.”

Another disturbing aspect of the interview is Rockefeller’s portrayal of women’s liberation as a deliberate tool to break up families and increase tax revenue. According to Russo, Rockefeller admitted that the Rockefeller Foundation funded feminist movements not for noble ideals, but to achieve two main goals:

• Taxing the half of the population that previously didn’t work outside the home.
• Disintegrating the family structure by sending children to school at an early age, where they could be indoctrinated to view the state as their primary guardian.

This strategy, according to Russo, has had devastating effects on marginalized communities, especially among Black families in the United States, where illegitimacy rates have jumped from 10% decades ago to 90% today due to welfare policies that discourage men from being in the home.

Rockefeller also openly discussed with Russo the elite’s ultimate agenda:

• The reduction of the world’s population. He expressed concern that there was an excess of people on the planet and advocated for a drastic decrease in population, suggesting it should be cut in half.
• The implantation of microchips to control society. This chip, he explained, would serve as a universal identification system that would allow bankers and rulers to monitor and regulate every aspect of our lives. “It’s part of their plan to establish a centralized world government.”
• The elimination of physical money. These chips would store all of an individual’s financial and personal information, allowing absolute control over the population. “If you protest or rebel, they simply turn off your chip,” he warns. “Without access to money or basic resources, you instantly become a pariah.”

It’s astonishing to see how his 2007 predictions are materializing today. Indeed, all of these points have been fulfilled since 2021. People continue to die by the thousands around the world as a result of vaccines; microchips were already implemented in 2021, with the introduction of graphene-based nanotechnology; and the elimination of cash and the introduction of a currency are gradually being implemented in all countries.

Continuing the interview, Rockefeller hinted that those who possess certain privileges within this new order would have immunity from common laws. For example, he mentioned that there are special cards (“KMA,” or “Kiss My Ass”) that guarantee legal protection for members of the elite, exempting them from fines, arrests, and other legal consequences.

Perhaps Russo’s most forceful criticism is directed at the Federal Reserve, the central bank he claims is responsible for the United States’ massive debt and loss of economic sovereignty. He denounced the government’s borrowing from private bankers when it could issue its own interest-free currency.

The Origin of the Modern Crisis

Russo begins by pointing to a pivotal point in American history: 1913, the year the Federal Reserve was founded. According to him, this event marked the beginning of an economic and moral collapse that has brought the country to the brink. Before the creation of the Fed, Russo asserts, the United States lived in an era of economic stability without significant inflation. A dollar had the same value for decades, allowing families to plan their lives with confidence. However, since 1913, everything has changed.

And make no mistake, this inflation is no accident. It’s a deliberate tool! By printing unbacked money, these bankers have devalued our currency, forcing the working class into deeper debt and becoming less competitive globally. This is a war on the middle class!

Russo doesn’t stop at criticizing only the Federal Reserve; he goes further, pointing out how this institution is interconnected with other global central banks. “The bankers own the United States Congress,” he declares, quoting Senator Dick Durbin, who publicly admitted that bank lobbyists have absolute control over Capitol Hill. But the dominance of these actors is not limited to the US. According to Russo, the Bank for International Settlements in Switzerland acts as the “central bank of all central banks,” coordinating efforts to establish a world government under the control of a financial elite.

This elite, made up of families like the Rockefellers, uses its influence to control and manipulate both the economy and politics, creating false divisions between left and right so that we don’t see the true puppet masters who are above all else. “It doesn’t matter if a Republican or a Democrat wins; both parties are bought,” Russo asserts. His vision is clear: to create a world where institutions replace people as the dominant actors, eliminating any vestige of individual sovereignty.

A Call to Action

The Rockefellers’ intention to promote a New World Order is not surprising to many. Their connection to the Rothschilds, who founded the Illuminati in 1770, suggests a continuity in a strategy that seeks to divide non-Jews (goyim) through political, economic, social, and religious conflicts, in order to weaken governments and institutions.

The Rothschilds played a crucial role in the formation of both communism and capitalism, fostering division and conflict among people. Currently, they appear to be moving toward the creation of a One World Government. They have penetrated Masonic society and instigated conflicts over the past 200 years, including significant events such as the French Revolution and both World Wars. They are also involved in the founding of organizations such as the European Union, the UN, the WHO, and the World Bank, as well as the World Economic Forum and the Bilderberg Club. In fact, they have influenced virtually every social movement throughout history. It is naive to think that such movements emerge spontaneously in the streets. A contemporary example of this is the current trend in which some women choose to grow mustaches or adopt features such as bushy eyebrows. This shows that fashions can be driven by much deeper interests than simple public whims.

They control virtually the entire world: the global economy, politics, and education through UNESCO, as well as the media, including major publications like The Economist. Their goal, since the 18th century, has been to establish a World Government controlling all aspects of society.

Their true purpose is not the pursuit of money, as they possess the ability to generate it at will. As Russo has pointed out on several occasions, their goal is absolute control, seeking to limit people’s freedoms in order to consolidate their power.

For Russo, the reality is clear: what we are experiencing is not a democracy, but a tyranny. He denounces that the American citizen—and, given that we live in a globalized world, all citizens of the planet—no longer enjoys individual freedom. We have been transformed into slaves of a deceptive system.

Despite the darkness of his revelations, Russo offers a message of hope. He firmly believes that change is possible if the American people decide to rise up against tyranny. “We must stop cooperating with the government and all the rules and regulations that oppress us,” he urges.

Russo also emphasizes the importance of educating the masses. His documentary, “Freedom to Fascism,” is a key resource for understanding how the system really works. In it, he exposes income tax fraud, judicial corruption, and the conspiracy behind the creation of the Federal Reserve.

We have been saying for five years that to understand what has happened and is happening in the world, we only need to view reality through the prism of the E Factor, a perspective that, like Russo’s revelations, helps us recognize that this world is run by a different species. When you understand this, you understand everything.

On the other hand, the dissenting voices in Europe should not be underestimated. Economists like Laiman and Ern Wolf, as well as MEP Christina Anderson, are speaking out. Anderson, in particular, has warned of the danger of progressive measures, claiming they seek to establish a technocratic regime where decisions come not from the people, but from unelected bodies. Her words are forceful: “We are facing the most dangerous totalitarian movement in history.” She represents a breath of fresh air in this bleak landscape.

Figures like Aaron Russo have been fighting to expose this truth. Let us follow his example! Let us not be afraid of being ridiculed for speaking the truth. Freedom is at stake, and silence is complicity. Remember the words of Edmund Burke, quoted by Russo: “Evil can only prosper when good men do nothing.”

Meanwhile, Russo’s warnings resonate louder than ever in a world plagued by economic crises, fake pandemics, wars, and invasive surveillance technologies. How far are we willing to let them go? It’s up to us to decide whether we accept remaining pieces on THEIR chessboard… or whether we take control of our destiny.

Full interview:

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