Superfluidity example sentences
Related (5): superconductivity, frictionless, vortices, He-3, He-4
su·per·flu·id·i·ty
noun physics
superfluidity (noun)
- the property of flowing without friction or viscosity, as in liquid helium below about 2.18 kelvins.
"Superfluidity" Example Sentences
1. Superfluidity is a physical property of certain materials.2. It is characterized by a lack of viscosity and an ability to flow without loss of energy.
3. Superfluidity is found in helium-3 and helium-4, which are both forms of the element helium.
4. The phenomenon of superfluidity was first observed in liquid helium in 1938.
5. Superfluidity has been studied extensively in recent years, with scientists exploring its potential applications in various fields.
6. Superfluidity has been used to create superconductors with zero resistance to electricity.
7. Superfluidity is also being studied for its potential use in quantum computing.
8. Superfluidity occurs when a material is cooled to a temperature near absolute zero.
9. At such low temperatures, the atoms in the material become locked into a quantum state, allowing them to move without any friction.
10. Superfluidity has been observed in liquid helium, but it can also be found in other materials, such as liquid hydrogen.
11. The phenomenon of superfluidity is closely related to the phenomenon of superconductivity.
12. Superfluidity is a property of a material that allows it to flow without any resistance or viscosity.
13. Superfluidity is a quantum mechanical phenomenon that occurs when a material is cooled to very low temperatures.
14. Superfluidity is an example of a macroscopic quantum effect, where the behavior of a large number of particles is governed by quantum mechanics.
15. Superfluidity is an important phenomenon in condensed matter physics, and has been studied extensively in recent years.
16. Superfluidity has been used to create superconductors, which have zero electrical resistance.
17. Superfluidity can also be used to create quantum computers, which are computers that use quantum mechanics to process information.
18. Superfluidity is a unique property of certain materials that allows them to flow without any resistance or viscosity.
19. The phenomenon of superfluidity was first observed in liquid helium in 1938, and since then it has been studied extensively.
20. Superfluidity is closely related to the phenomenon of superconductivity, and has been used to create materials with zero electrical resistance.
Common Phases
Superfluid Helium; Superfluid Hydrogen; Superfluid 3He; Superfluid 4HeRecently Searched
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