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John W. M. Bush

Professor of Applied Mathematics, MIT

  • Research
    • Pilot-wave hydrodynamics
    • Fluid dynamics of the pandemic
    • Interfacial flows
    • Biocapillarity and biofluids
    • Geophysical flows
    • Miscellany
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Category: Pilot-wave hydrodynamics

The stability of droplet pairs

Categorized as Bouncing and walking drops, Pilot-wave hydrodynamics

Toward a generalized pilot-wave theory

Categorized as Generalized pilot-wave theory, Pilot-wave hydrodynamics

Introduction to HQA focus issue. Chaos, 2018.

Categorized as Pilot-wave hydrodynamics, Reviews

Ratcheting droplet pairs

Categorized as Hydrodynamic quantum analogues, Pilot-wave hydrodynamics

Hydrodynamic spin states

Categorized as Generalized pilot-wave theory, Pilot-wave hydrodynamics

The mean-pilot-wave potential

Categorized as Hydrodynamic quantum analogues, Pilot-wave hydrodynamics

GPWF: orbital dynamics and trapping

Categorized as Generalized pilot-wave theory, Pilot-wave hydrodynamics

Crossing the Faraday threshold

Categorized as Bouncing and walking drops, Pilot-wave hydrodynamics

Orbits in a circular corral

Categorized as Hydrodynamic quantum analogues, Pilot-wave hydrodynamics

Walker-pillar interactions

Categorized as Hydrodynamic quantum analogues, Pilot-wave hydrodynamics

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John W. M. Bush
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