Living cells break a symmetry rule that liquid crystals were supposed to obey
Bacteria and lung-tissue cells spin one preferred way as swarming patterns form, defying the liquid-crystal physics used to model them.
Three science stories a day across biology, physics, chemistry, neuroscience and the environment — summarised precisely and linked to the source.
Bacteria and lung-tissue cells spin one preferred way as swarming patterns form, defying the liquid-crystal physics used to model them.
Stanford physicists filmed single phonons jumping between quantum states in real time — a first for sound, long known for light and atoms.
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