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- Q17038941 subject Q5724991.
- Q17038941 subject Q7163675.
- Q17038941 abstract "The hydrodynamic quantum analogs refer to experimentally observed phenomena involving bouncing fluid droplets over a vibrating fluid bath that behave analogously to several quantum mechanical systems. A droplet can be made to bounce indefinitely in a stationary position on a vibrating fluid surface. This is possible due to a pervading air layer that prevents the drop from coalescing into the bath. For certain combinations of bath surface acceleration, droplet size, and vibration frequency, a bouncing droplet will cease to stay in a stationary position, but instead “walk” in a rectilinear motion on top of the fluid bath. Walking droplet systems have been found to mimic several quantum mechanical phenomena including particle diffraction, quantum tunneling, quantized orbits, the Zeeman Effect, and the quantum corral.".
- Q17038941 wikiPageExternalLink the-new-quantum-reality.
- Q17038941 wikiPageExternalLink ~bush.
- Q17038941 wikiPageExternalLink ?page_id=484.
- Q17038941 wikiPageWikiLink Q48179.
- Q17038941 wikiPageWikiLink Q5724991.
- Q17038941 wikiPageWikiLink Q7163675.
- Q17038941 wikiPageWikiLink Q944.
- Q17038941 comment "The hydrodynamic quantum analogs refer to experimentally observed phenomena involving bouncing fluid droplets over a vibrating fluid bath that behave analogously to several quantum mechanical systems. A droplet can be made to bounce indefinitely in a stationary position on a vibrating fluid surface. This is possible due to a pervading air layer that prevents the drop from coalescing into the bath.".
- Q17038941 label "Hydrodynamic quantum analogs".