Key Summary: Plan view of a walker's wave field as it passes through a double slit at the highest memory considered, γ/γF=0.998.

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  • Plan view of a walker's wave field as it passes through a double slit at the highest memory considered, γ/γF=0.998.

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Media Gallery

4 walking droplets interacting
Wave-Particle Duality and Superwalking Droplets
A random walk through droplets, powders and flames
Walking droplets - 3 body interaction  - destruction of 2 body orbit
Interactions of superwalking droplets - 4
Walking Droplets
walking droplets colliding and attracting
Double-slit Experiment for bouncing droplets
Walking droplets
Is This What Quantum Mechanics Looks Like?
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4 walking droplets interacting

4 walking droplets interacting

Read more details and related context about 4 walking droplets interacting.

Wave-Particle Duality and Superwalking Droplets

Wave-Particle Duality and Superwalking Droplets

Read more details and related context about Wave-Particle Duality and Superwalking Droplets.

A random walk through droplets, powders and flames

A random walk through droplets, powders and flames

Read more details and related context about A random walk through droplets, powders and flames.

Walking droplets - 3 body interaction  - destruction of 2 body orbit

Walking droplets - 3 body interaction - destruction of 2 body orbit

Read more details and related context about Walking droplets - 3 body interaction - destruction of 2 body orbit.

Interactions of superwalking droplets - 4

Interactions of superwalking droplets - 4

Read more details and related context about Interactions of superwalking droplets - 4.

Walking Droplets

Walking Droplets

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walking droplets colliding and attracting

walking droplets colliding and attracting

Read more details and related context about walking droplets colliding and attracting.

Double-slit Experiment for bouncing droplets

Double-slit Experiment for bouncing droplets

Plan view of a walker's wave field as it passes through a double slit at the highest memory considered, γ/γF=0.998. We note that ...

Walking droplets

Walking droplets

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Is This What Quantum Mechanics Looks Like?

Is This What Quantum Mechanics Looks Like?

Read more details and related context about Is This What Quantum Mechanics Looks Like?.