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Magnetic Boy
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Will all particles be in excited state in boson condensate if temperature approach infinity?
Ok thanks. But what if temperature is below critical temperatute?? Will all particles will come to ground state?? I mean all particles!Drakkith said:I believe you only have a bose-einstein condensate at very, very low temperatures. Beyond this the particles transition to another state.
Suppose we have created bose einstein condensate. Now we increase the temperature approaching infinity. Will all particle reside in excited state?Drakkith said:I believe you only have a bose-einstein condensate at very, very low temperatures. Beyond this the particles transition to another state.
Magnetic Boy said:Suppose we have created bose einstein condensate. Now we increase the temperature approaching infinity. Will all particle reside in excited state?
Bosons are one of the two main categories of subatomic particles, the other being fermions. They are characterized by having integer spin, and they follow Bose-Einstein statistics. This means that multiple bosons can occupy the same quantum state, unlike fermions which follow the Pauli exclusion principle.
At very high temperatures, bosons can undergo a phase transition known as Bose-Einstein condensation. This is when a large number of bosons occupy the same quantum state, forming a macroscopic quantum state. This phenomenon has been observed in ultra-cold gases of bosonic particles.
In the early universe, the temperature was extremely high and particles were in a state of thermal equilibrium. As the universe expanded and cooled, bosons could undergo Bose-Einstein condensation, leading to the formation of large-scale structures such as galaxies and galaxy clusters. The study of bosons at high temperatures can help us understand the dynamics of the universe in its early stages.
Yes, bosons at high temperatures have been harnessed for practical applications such as superconductivity and superfluidity. Superconductors and superfluids are materials that have zero electrical resistance and zero viscosity, respectively. This behavior is a result of the condensation of bosons at very low temperatures.
Scientists are currently studying the behavior of bosons at high temperatures in various systems, such as ultra-cold atomic gases, in order to better understand their properties and potential applications. Additionally, research is being done on the role of bosons in the early universe and their impact on the formation of large-scale structures. There is also ongoing research on using bosons at high temperatures for quantum computing and other technological advancements.