The Net Advance of Physics:
SONOLUMINESCENCE RESEARCH

NOTE: Due to lack of time, this page is not being updated. For a page which is being actively maintained, but covers only review papers, see the Net Advance Sonoluminescence Page.

General + Empirical + Apparatus + Astrophysical + Electromagnetic Effects + High Energy Effects + Nuclear Effects + Multiple Bubble + Quantum Electrodynamic Theories

GENERAL:

Overviews

EMPIRICAL:

Experimental Apparatus:

General:

Various Liquids:

Hydrogen Peroxide:

Light-Emitting Region:
- Size-measurement:
  - by photon-correlation methods: Hanbury-Brown-Twiss

THEORIES OF SONOLUMINESCENCE:

Hydrodynamic Theories:

Bubble Stability:

Mechanisms: General

Quantum Electrodynamic Theories:

Static Casimir Effect in Bubbles:

General:

Unruh Effect in Bubbles:

General:

ASTROPHYSICAL SONOLUMINESCENCE:

Supernovae:

General:
Particle Production by:

Electroweak Phase: General

ELECTROMAGNETIC EFFECTS:

Magnetic Effects:

General:

HIGH ENERGY EFFECTS:

Nuclear Effects:

Fusion:

Experiments:
Theoretical Possibility

Particle Production:
- Electroweak Phase:
  - In Supernovae: General

MULTIPLE-BUBBLE SONOLUMINESCENCE:

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To contribute to this page, write Norman Redington, redingtn@mit.edu.

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The Net Advance of Physics: SONOLUMINESCENCE RESEARCH

The Net Advance of Physics:
SONOLUMINESCENCE RESEARCH