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Classical and Quantum Turbulence
CONFERENCE PROGRAM
PHOTOS FROM THE CONFERENCE
PHOTOS FROM THE PUBLIC LECTURE
Public Lecture "From Angstroms to Light Years, What is the Connection?"
Session 01 - An Introduction to Superfluidity and Quantum Turbulence
Session 02 - An Introduction to Classical Turbulence I
Session 03 - Classical Homogeneous Turbulence II
Session 04 - Interplay of Classical and Superfluid Turbulence Discussion
Session 05 - Simulations of Quantum Turbulence
Session 06 - More About Simulations of Quantum Turbulence Discussion
Session 07 - Experiments on Homogeneous Quantum Turbulence in 4HE
Session 08 - Experiments on Homogeneous Quantum Turbulence in 3HE
Session 09 - Experiments on Developed Turbulence in Superfluids Discussion
Session 10 - Energy Spectra of Developed Homogeneous Superfluid Turbulence
Session 11 - Theory of Superfluid Turbulence Discussion
Session 12 - Transitions To Classical Turbulence
Session 13 - Transitions To Quantum Turbulence
Session 14 - More about Transition to Turbulence Discussion
Session 15 - Visualization of Quantum Turbulence with Solid Particles
Session 16 - Visualization of Quantum Turbulence with He2 Excimer Molecules
Session 17 - Interpretation of Visualization Experiments
Session 18 - More about Visualization Discussion
Session 19 - Spin-Up and Spin-Down
Session 20 - Spin-Up, Spin-Down and Propagation of Turbulent Fronts in Superfluids
Session 21 - Laminar and Turbulent Regimes in Classical and Quantum Rotating Flows Discussion
Session 22 - Discussion on BEC
Session 23, Closing Remarks - The future of quantum turbulence, and why study it?
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Conferences
Classical and Quantum Turbulence
Page Information
Title:
Classical and Quantum Turbulence
Author:
Amber Joy Deister
Mar 21, 2011
Last Changed by:
Amber Joy Deister
Mar 21, 2011
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Page:
Session 19 - Spin-Up and Spin-Down
Page:
Session 03 - Classical Homogeneous Turbulence II
Page:
Session 08 - Experiments on Homogeneous Quantum Turbulence in 3HE
Page:
Session 13 - Transitions To Quantum Turbulence
Page:
Session 02 - An Introduction to Classical Turbulence I
Page:
Session 06 - More About Simulations of Quantum Turbulence Discussion
Page:
Session 21 - Laminar and Turbulent Regimes in Classical and Quantum Rotating Flows Discussion
Page:
Session 14 - More about Transition to Turbulence Discussion
Page:
Session 04 - Interplay of Classical and Superfluid Turbulence Discussion
Page:
Session 07 - Experiments on Homogeneous Quantum Turbulence in 4HE
Page:
Session 22 - Discussion on BEC
Page:
PHOTOS FROM THE PUBLIC LECTURE
Page:
Public Lecture "From Angstroms to Light Years, What is the Connection?"
Page:
PHOTOS FROM THE CONFERENCE
Page:
Session 16 - Visualization of Quantum Turbulence with He2 Excimer Molecules
Page:
Session 11 - Theory of Superfluid Turbulence Discussion
Page:
Session 15 - Visualization of Quantum Turbulence with Solid Particles
Page:
Session 05 - Simulations of Quantum Turbulence
Page:
Session 20 - Spin-Up, Spin-Down and Propagation of Turbulent Fronts in Superfluids
Page:
Session 09 - Experiments on Developed Turbulence in Superfluids Discussion
Page:
Session 01 - An Introduction to Superfluidity and Quantum Turbulence
Page:
Session 12 - Transitions To Classical Turbulence
Page:
Session 10 - Energy Spectra of Developed Homogeneous Superfluid Turbulence
Page:
Session 23, Closing Remarks - The future of quantum turbulence, and why study it?
Page:
Session 17 - Interpretation of Visualization Experiments
Page:
Session 18 - More about Visualization Discussion
Hierarchy
Parent Page
Home page:
Conferences
Children (27)
Page:
CONFERENCE PROGRAM
Page:
PHOTOS FROM THE CONFERENCE
Page:
PHOTOS FROM THE PUBLIC LECTURE
Page:
Public Lecture "From Angstroms to Light Years, What is the Connection?"
Page:
Session 01 - An Introduction to Superfluidity and Quantum Turbulence
Page:
Session 02 - An Introduction to Classical Turbulence I
Page:
Session 03 - Classical Homogeneous Turbulence II
Page:
Session 04 - Interplay of Classical and Superfluid Turbulence Discussion
Page:
Session 05 - Simulations of Quantum Turbulence
Page:
Session 06 - More About Simulations of Quantum Turbulence Discussion
Show all...
Page:
Session 07 - Experiments on Homogeneous Quantum Turbulence in 4HE
Page:
Session 08 - Experiments on Homogeneous Quantum Turbulence in 3HE
Page:
Session 09 - Experiments on Developed Turbulence in Superfluids Discussion
Page:
Session 10 - Energy Spectra of Developed Homogeneous Superfluid Turbulence
Page:
Session 11 - Theory of Superfluid Turbulence Discussion
Page:
Session 12 - Transitions To Classical Turbulence
Page:
Session 13 - Transitions To Quantum Turbulence
Page:
Session 14 - More about Transition to Turbulence Discussion
Page:
Session 15 - Visualization of Quantum Turbulence with Solid Particles
Page:
Session 16 - Visualization of Quantum Turbulence with He2 Excimer Molecules
Page:
Session 17 - Interpretation of Visualization Experiments
Page:
Session 18 - More about Visualization Discussion
Page:
Session 19 - Spin-Up and Spin-Down
Page:
Session 20 - Spin-Up, Spin-Down and Propagation of Turbulent Fronts in Superfluids
Page:
Session 21 - Laminar and Turbulent Regimes in Classical and Quantum Rotating Flows Discussion
Page:
Session 22 - Discussion on BEC
Page:
Session 23, Closing Remarks - The future of quantum turbulence, and why study it?
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