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We propose a method for generation of long-living autonomous fireball-likeobjects via a pulse erosive discharge between tin alloy electrodes. The objectsare similar to the natural ball lightning in some properties, in particular,they have high energy density and are capable to burn through thin metal foils.The dynamics of the objects are studied using high speed videorecording. Duringtheir lifetime the fireballs generate aerogel threads. The studies of theirstructure by scanning electron microscopy reveal the presence of tin oxidenanoparticles and nanowhiskers.

Artificial fireball generation via an erosive discharge with tin alloy electrodes