Since March 2011, a 30-mile radius around the ruined Fukushima Daiichi reactor has been a designated exclusion zone, unsafe to travel. Over 100,000 evacuees left in a hurry and left behind a snapshot of what life looked like in the moments just before they fled. A brave soul recently snuck in to photograph the…
Maybe the Belgians know something we don’t. The country has just decided to give everyone iodine pills for use in the event of nuclear catastrophe.
It’s been thirty years since the Chernobyl disaster and radiation levels in plants seemed to have died down. So why are levels of radiation in milk still peaking?
Earlier this week, we heard alarming reports of a “significant” nuclear waste leak at Hanford, the largest radioactive waste dumpsite in the country. Should we be worried? Absolutely. But mainly because this is a symptom of a much bigger problem that’s been festering for decades.
Radiation is all around us and too much of radiation is a bad thing so... are we all just screwed from all the radio waves and microwaves and ultraviolet radiation and rainbows and x-rays and radon and nuclear radiation in the world? Not exactly. Ted-Ed explains in the video animation below how not all radiation is…
When Japan’s Fukushima Daiichi nuclear power plant suffered its meltdown in 2011, over 44,0000 workers helped safely take it offline. Now, more than four years later, comes the first diagnosis of cancer in a recovery worker to be linked to radiation exposure during the work.
The accident at the Chernobyl Nuclear Power Plant in 1986 had a devastating impact on the local population and forced 116,000 people to permanently leave their homes. But now researchers have discovered that, while the people may not have returned, the contaminated area of Belarus is teeming with wild animals,…
People are terrified that they’re being exposed to radiation all the time, whether from distant nuclear accident or the mobile devices snuggled against their heads. Generally, they are wrong. Here are the most radioactive objects in the world around you, and the truth about which ones cause health problems.
Zirconium is best known to the public as the ring you get your fiancée if you don’t love her enough to invest in a blood diamond. Popular as it is in “fake” jewelry, zirconium is more often used in power plants and space shuttles, because it has a remarkable resistance to damage by radiation.
During the 1920s and 1930s, people put radium on their skin and in their cocktails. They put uranium in health tonics. And they drank water from The Revigorator, which was a pot lined with uranium. In 2009, scientists tested a Revigorator, to see what it actually did.
A picture of some deformed plant sex organs is alarming people all over the internet this week. The photo, taken by Twitter user @san_kaido, shows a bunch of daisies that look like conjoined twins. The accompanying tweet describes their twisted, ribbonlike appearance, and reports a radiation reading for the spot.
How much of a dose of radiation do you get by snuggling up against your significant other for a year? Unless they’re glowing green, it’s a small dose, but it’s not nothing. We’ll tell you how much radiation you, and the people around you, emit.
When Geoff Watts went to a radon clinic within an Austrian mountain, he found the heat and humidity more troubling than the radioactivity.
Radioactivity stirs primal fears in many people—but an undue sense of its risks can cause real harm.
Back in 2011, a team of volunteers crammed Geiger counters into bento-shaped boxes to map the radiation following the Fukushima meltdown. It turned into the biggest collection of radiation data in history. Next up: tackling air pollution.
There are many films that have picked up a reputation for being “cursed,” and one that may actually deserve it. It’s the lingering effects of radiation that haunted this film. And in true horror movie fashion, the film crew brought the curse home with them.
We don’t fully know the answer. But every crew that resides on the International Space Station provides us information that we use to adjust our protocols and that extends that period of time. Let’s take a closer look.
Radon is dangerous mostly because we don’t notice it. We can buy detectors, but we’re not equipped with any of them. The gas is colorless, odorless, and tasteless. You can’t see it... because it’s too hot. As radon cools down, it starts to glow. And it’s tough to say why.
A second robotic probe has investigated the interior of Japan’s stricken Fukushima nuclear power plant. Using its onboard camera, it sent back eerie images of the plant’s interior, including what appears to be a mysterious green glow.