Examples of using Superfluid in English and their translations into Swedish
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Sheldon, this is superfluid helium.
It enters a new state of matter called a superfluid.
That should produce a superfluid gas eruption.
Space-time can be interpreted as the surface of an n-dimensional superfluid.
I didn't write"superfluid helium" on this napkin for nothing.
Fermionic condensates are a type of superfluid.
Forget helium-- the real superfluid is the fruit punch in this mug.
In the 1950s, people were trying to figure out how superfluid helium worked.
The superfluid is described as a continuous complex wave function with amplitude and phase.
Exactly as in the case of a vortex in a superfluid, this is an integer.
What's the hypothesis? Space-time can be interpreted as the surface of an n-dimensional superfluid.
This was a clear sign that the load of superfluid helium coolant had depleted.
It describes a new model of the universe that conceptualizes it as the surface of an n-dimensional superfluid.
Liquid helium can become superfluid, that is, its viscosity vanishes at low temperatures.
Upon review, I have changed my mind about the Cooper-Hofstadter hypothesis that space-time is like a superfluid.
Which means a spherical multidimensional superfluid shows the same negative energy density as space-time.
If a superfluid liquid is caused to rotate at a speed exceeding a critical value, microscopic vortices arise.
For example, if you shine light through a superfluid, it is able to slow photons down to 60 kilometers per hour.
As superfluid, 3He consists of pairs of atoms, its properties are much more complicated than those of the 4He superfluid.
In particular the formation of turbulence in the superfluid has recently been used to study how order can turn into chaos fig.
was cooled to 1.7 kelvins by means of superfluid helium.
A fermionic condensate is a superfluid phase formed by fermionic particles at low temperatures.
The Lambda point is the temperature at which normal fluid helium(helium I) makes the transition to superfluid helium II approximately 2.17 K at 1 atmosphere.
There's a thing called superfluid vacuum theory where empty space is imagined as a superfluid with all of its qualities.
The decisive theory explaining how the atoms interact and are ordered in the superfluid state was formulated in the 1970s by Anthony Leggett.
When a liquid becomes superfluid its atoms suddenly lose all their randomness
Condensed Matter Theory This grouping has its research aimed on Monte-Carlo simulations of models of superconducting and superfluid material.
The pair formation that occurs in superfluid 3He differs from that which occurs between electrons in a superconductor(Cooper pairs).
is that the theory tested appears to be applicable to vortex formation in superfluid helium-3.
Knowledge about superfluid liquids can give us deeper insight into the ways in which matter behaves in its lowest