When the idea of pausing death entered the public imagination, it did so with the promise of science fiction turned science fact. Cryonics—preserving bodies or brains at ultra‑low temperatures to halt chemical decay—offers a literal pause button for mortality. The technology hinges on a simple premise: if you can stop the clock, perhaps future medicine can restart it. Today, that promise is measured not in grand ambitions but in concrete numbers, and Russia has found itself unexpectedly near the top of that ledger.
Globally, 740 individuals have been placed in cryonic vaults. The United States dominates the list with 566 patients. Russia follows with 109 patients, securing the second‑largest national cohort.
The United States leads with 566 of the 740 cryopreserved people housed in American facilities. This concentration reflects a longer history of commercial cryonics services and a larger pool of prospective clients.
On 1 March 2026, German researchers reported successful restoration of functional activity in brain tissue after deep cryopreservation.
Russia’s 109 patients may seem modest next to the American tally, yet they constitute a notable share of the global total. Artyukhov’s statement on 13 October 2026, “Russia is in second place in the world for the number of cryonized people,” confirms the ranking.
On 1 March 2026, German researchers reported successful restoration of functional activity in brain tissue after deep cryopreservation. The study documented that brain tissue can survive extreme cold and later resume activity, providing a concrete example of progress in the field.
With a worldwide total of 740, each additional patient shifts the statistical landscape. The United States’ 566 patients create a dominant cluster, while Russia’s 109 patients secure the runner‑up spot.
According to Igor Artyukhov’s statement on 13 October 2026, the global cryonic census stands at 740, with the United States and Russia occupying the top two slots. The German breakthrough adds a documented instance of restored brain tissue function after deep freezing.