Suspicious Bottle Labeled Polonium 210 Triggers Major Emergency Response in Germany

Two men searching for Easter eggs in a garden on the outskirts of Vaihingen an der Enz, a town northwest of Stuttgart in Baden-Württemberg, discovered a small white plastic bottle with a red lid labeled "Polonium 210" on April 5, 2026, triggering a large-scale emergency response. District Fire Chief Andy Dorroch confirmed the fire department assessed the container as authentic, citing both its official labeling and its physical weight. The bottle, estimated at approximately 200 grams, was deemed consistent with the known density of polonium-210. Initial radioactivity measurements conducted at the scene returned negative results, and no radiation was detected leaking from the container. The two men who made the discovery were uninjured. The Ministry of the Environment of Baden-Württemberg took custody of the bottle for laboratory analysis, and the Ludwigsburg Police Headquarters opened an investigation into a potential violation of the Radiation Protection Act.

140 emergency personnel mobilized on Easter Sunday The discovery triggered a major emergency operation involving between 138 and 140 firefighters and 41 vehicles, drawn from across the entire Ludwigsburg district. The response included a dedicated radiation protection unit, a hazardous materials unit, and a radiation protection specialist who works professionally at a nuclear power plant, according to District Fire Chief Dorroch. Emergency personnel examined and secured the container while wearing protective clothing. The area around the discovery site was cordoned off extensively before being reopened after the bottle was transported away. Dorroch described the labeling as clearly and officially marked, not handwritten, and stated that the weight of the container reinforced the department's assessment that the substance could be genuine. „The container fits the substance. The substance is also not scribbled on by hand in any way, but it is cleanly, officially labeled.” — Andy Dorroch via RP Online 41 (vehicles) — emergency vehicles deployed to the scene

No radiation detected, but contents remain unconfirmed Despite the fire department's assessment that the bottle appeared authentic, all radioactivity measurements taken in the vicinity of the container returned negative results, indicating no radiation was leaking from it. Authorities stated that at no time was there a danger to residents or the surrounding area. It remained unclear at the time of reporting which substance was actually inside the bottle, as the Ministry of the Environment had not yet completed its laboratory analysis. The ministry could not initially be reached for comment, and no timeline was given for when the examination would be completed. Police also did not provide details on how the object came to be in the garden, and the identities of the two men who found it were not disclosed.

Polonium-210 linked to one of history's most notorious poisonings Polonium-210 gained widespread international attention in 2006 when Alexander Litvinenko, a former Russian intelligence officer and critic of Vladimir Putin, died in London after being poisoned with the substance. The case drew significant diplomatic fallout between the United Kingdom and Russia. According to the German Federal Office for Radiation Protection, polonium-210 is particularly dangerous when inhaled or absorbed through the skin via open wounds, due to its high radiotoxicity. Polonium-210 is classified as a highly radioactive and potentially lethal substance, described by Dorroch as a "potentially deadly poisonous radioactive substance." The Federal Office for Radiation Protection notes that the element is especially hazardous if it enters the body through inhalation or open wounds. The incident in Vaihingen an der Enz is the latest case in which the substance's name has prompted a significant public safety response, even in the absence of confirmed radioactive contamination. Investigators have yet to determine the origin of the bottle or whether it contains the labeled substance.