A transparent bubble slowly acquires pale, branching patterns. What began as a nearly invisible film becomes a small moving display of ice. The fascination is in the transition: there is always another edge or patch of texture appearing.
The original Frozen Bubbles upload dates to March 2013. The channel is now listed as Mycelium; earlier coverage credited SimonSaysBaka. The animated images below retain their movement so that the changing surface remains part of the story.
A thin film freezes differently from a puddle
A soap bubble is a thin liquid film surrounding air. As its water freezes, the pattern develops within that curved film rather than through a deep container of liquid.
A 2019 study of freezing soap bubbles found different freezing behaviours under different thermal conditions, including a swirling “snow globe” effect. That research explains why one striking clip should not be treated as the universal way all bubbles freeze.
Watch how the pattern changes
Try following a single pale edge. Does it spread, meet another area or move across the surface? The value of the animation is that it lets you ask those questions over time, rather than only admiring the finished texture.
The archive does not document a complete experimental setup, so it cannot provide a reliable temperature or timing recipe. For another view of small-scale growth, explore our ice-crystal feature. For frozen forms already shaped by their surroundings, see frost patterns on cars.
Watching the pattern develop is the subject
The SimonSaysBaka video is more informative than a single finished bubble photograph because it lets the viewer follow a changing surface. The bubble begins as a familiar transparent shape, then visible patterns alter the way it catches the light. Even its collapse can leave part of that shape briefly recognisable.
The original account identifies a soap mixture but does not provide a controlled experiment or a complete set of conditions. It should therefore not be turned into a precise recipe promising identical results. The useful comparison is between stages in the recording: an apparently clear film, the developing pattern and the remaining shell. That sequence gives the short video an observational value beyond the claim that the finished bubbles look like something from a fairy tale.
Sources, photography and further reading
Original feature and image attributions:
No comments