Kosterlitz-Thouless transition in superfluid 4He films.    From Wordnik.com.  [David M. Lee - Autobiography] Reference

Leggett used to understand the frequency shifts in superfluid.    From Wordnik.com.  [Douglas D. Osheroff - Autobiography] Reference

This is the first demonstration of whistling in superfluid helium-4.    From Wordnik.com.  [Boing Boing: January 23, 2005 - January 29, 2005 Archives] Reference

In addition, John Reppy and his students conducted extensive investigations of persistent currents in superfluid.    From Wordnik.com.  [David M. Lee - Autobiography] Reference

The pair formation that occurs in superfluid 3He differs from that which occurs between electrons in a superconductor.    From Wordnik.com.  [The Nobel Prize in Physics 2003 - Information for the Public] Reference

When a superfluid is set in rotation and the velocity of rotation exceeds a critical value, microscopic vortices appear.    From Wordnik.com.  [Additional background material on the Nobel Prize in Physics 1996] Reference

Liquid helium can become superfluid, that is, its viscosity vanishes at low temperatures.    From Wordnik.com.  [Press Release: The 2003 Nobel Prize in Physics] Reference

It didn't boil, either; helium II is a "superfluid," so what evaporation there was had to take place evenly, all over the surface.    From Wordnik.com.  [The Forever War]

For instance, at low temperatures liquid helium's properties change dramatically, becoming a "superfluid" that can overcome friction.    From Wordnik.com.  [Scientific American] Reference

It only glimmered weakly within its superfluid bath.    From Wordnik.com.  [Time Streams]

The team eventually discovered three superfluid phases.    From Wordnik.com.  [The Nobel Prize in Physics 1996 - Presentation Speech] Reference

We had a wonderful discussion about superfluid helium 4.    From Wordnik.com.  [David M. Lee - Autobiography] Reference

Those entrained in a superfluid vortex follow a snakelike path.    From Wordnik.com.  [Researchers Catch Motion of a Single Electron on Video | Impact Lab] Reference

Douglas Osheroff and Robert Richardson discover superfluid 3He.    From Wordnik.com.  [The Nobel Prize in Physics 2003] Reference

In the latter case the superfluid can have magnetic properties.    From Wordnik.com.  [The Nobel Prize in Physics 2003] Reference

This means that the wavefunction of a superfluid helium-3 pair has.    From Wordnik.com.  [Additional background material on the Nobel Prize in Physics 1996] Reference

Here's a not-too-exciting one of superfluid helium drops mpg format.    From Wordnik.com.  [January 12th, 2007] Reference

The discovery of superfluid 3He took place over a seven month period.    From Wordnik.com.  [David M. Lee - Banquet Speech] Reference

Bose-Einstein condensation can now occur and the liquid becomes superfluid!.    From Wordnik.com.  [The Nobel Prize in Physics 1996 - Presentation Speech] Reference

Brinkman at Bell Labs had become interested in the theory of superfluid 3He.    From Wordnik.com.  [Douglas D. Osheroff - Autobiography] Reference

Such particles must first form pairs before they can reach the superfluid state.    From Wordnik.com.  [The Nobel Prize in Physics 2003 - Presentation Speech] Reference

D. Osheroff, Robert C. Richardson and myself for the discovery of superfluid 3He.    From Wordnik.com.  [David M. Lee - Autobiography] Reference

In other words they had discovered two new forms of liquid helium-3, both superfluid.    From Wordnik.com.  [The Nobel Prize in Physics 1996 - Presentation Speech] Reference

When I hear superfluid I think according to liquid helium and supercooled quantum fluids.    From Wordnik.com.  [Astronomers Find Super-Earth With An Atmosphere | Universe Today] Reference

If electrons and 3He atoms are to condense into a superfluid liquid, they must first pair up.    From Wordnik.com.  [The Nobel Prize in Physics 2003] Reference

This theory proposes that those electrons that contribute to superconduction form a superfluid.    From Wordnik.com.  [The Nobel Prize in Physics 2003] Reference

Experiments on superfluid helium-3 have later on helped to discriminate among different theories.    From Wordnik.com.  [Additional background material on the Nobel Prize in Physics 1996] Reference

Captured on a home video camera, some electrons follow a straight path through superfluid helium far left.    From Wordnik.com.  [Researchers Catch Motion of a Single Electron on Video | Impact Lab] Reference

Spin processes can propagate through the superfluid physical vacuum provided the vacuum is in a perturbed state.    From Wordnik.com.  [American Association for the Advancement of PseudoScience] Reference

To make a superfluid you must cool helium down to a couple of a degrees above absolute zero - not one to try at home.    From Wordnik.com.  [January 12th, 2007] Reference

Critical points of superfluid helium-3 are used to define temperature scales at values extremely close to the absolute zero.    From Wordnik.com.  [Additional background material on the Nobel Prize in Physics 1996] Reference

An order of an even more complicated kind can be found in the superfluid liquid of helium-3, which was discovered in the early 1970s.    From Wordnik.com.  [The Nobel Prize in Physics 2003 - Presentation Speech] Reference

The most convincing experiments testing the coherence of a superfluid are probably those showing the appearance of quantized vortices.    From Wordnik.com.  [Additional background material on the Nobel Prize in Physics 1996] Reference

It's possible because all the atoms in a superfluid are in the same quantum state, so they all have the same momentum and move together.    From Wordnik.com.  [January 12th, 2007] Reference

Abrikosov's theory this occurs because the superconductor allows the magnetic field to enter through vortices in the electron superfluid.    From Wordnik.com.  [The Nobel Prize in Physics 2003] Reference

Knowledge about superfluid liquids can give us deeper insight into the ways in which matter behaves in its lowest and most ordered state.    From Wordnik.com.  [Press Release: The 2003 Nobel Prize in Physics] Reference

"In lower temperature superconductors, electrons pair up and form a superfluid at the critical temperature — end of story," Yazdani said.    From Wordnik.com.  [Nanoscale Imaging Shows Unexpected Behaviors in High-Temperature Superconductors | Impact Lab] Reference