When Georgia Tech scientists tipped out a tumbler of Titan-like organic grains, 2 to 5 percent refused to fall, held to the walls by static electricity. In comparable experiments with terrestrial sand and volcanic ash, nothing stuck. - Space Daily

Organic grain analogues clung to a nitrogen-filled tumbler after becoming charged, but later tholin tests show why the result cannot yet be assumed to describe Titan's real dunes.

By Space Daily

Saturday, September 5, 2026 · 14h ago

When Georgia Tech scientists tipped out a tumbler of Titan-like organic grains, 2 to 5 percent refused to fall, held to the walls by static electricity. In comparable experiments with terrestrial sand and volcanic ash, nothing stuck. - Space Daily

Photo: Space Daily's photo

When Georgia Tech researchers finished tumbling grains meant to approximate some of Titan’s organic material, they tipped the container and let the contents fall. Most of the grains came out. Between…Read more

When Georgia Tech scientists tipped out a tumbler of Titan-like organic grains, 2 to 5 percent refused to fall, held to the walls by static electricity. In comparable experiments with terrestrial sand and volcanic ash, nothing stuck. - Space Daily

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