The Simpsons logo, often linked to eerie predictions, was falsely credited with foreseeing Europe’s recent blackout.
Credit : darksoul72, Shutterstock
Europe’s massive blackout sparked plenty of panic — and even more conspiracy theories. But before you blame The Simpsons for predicting yet another disaster, here’s what actually happened.
Massive blackout plunges Spain, Portugal and France into darkness
On Sunday 28 April, huge parts of Spain, Portugal, and southern France were hit by sudden power cuts, leaving airports, hospitals and offices scrambling.
Experts say it all came down to a grid overload. With the growing dependence on unstable green energy and a clear lack of backup systems, the electricity network simply couldn’t keep up. The result? Major disruption across vital services and thousands of people left quite literally in the dark.
Did The Simpsons predict Europe’s blackout? The viral rumour explained
Shortly after the lights went out, the internet lit up with claims that The Simpsons had predicted it all years ago.
One video pointed to a supposed 1998 episode called ‘The Last Day of Springfield’, while another mentioned an episode titled ‘Last Day of Civilisation’ — both claiming the show warned of a global blackout happening on 30 April.
There’s just one problem: none of these episodes exist.
The viral clips doing the rounds were AI-generated — realistic enough to fool thousands but completely fake.
Sure, The Simpsons has featured a few blackouts over the years, like in Season 35’s Thanksgiving episode or the classic “Blackout in Springfield” from Season 13. But predicting Europe’s real-life power failure? Absolutely not.
How AI fuels panic: why fake stories spread during crises
It’s not the first time — and it won’t be the last — that AI-created videos have stirred up confusion after a major event.
With emotions running high and people desperate for answers, it’s all too easy to believe something that looks convincing at first glance.
But in reality, this blackout had very human causes: fragile infrastructure, overloaded grids, and a tough balancing act between old systems and new energy sources. No crystal ball needed — just a reminder that when the lights go out, it’s often our own mistakes that come to light.
