BIO & CV
66th Lindau Nobel Laureate Meeting
Bose-Einstein condensation of photons
Bose-Eisntein condensation of photons
condensate of light
SEARCH BY TAGS:
Designing ultrarelativistic and ultraheavy quasiparticles in quantum matter experiments
June 15, 2020
How to Probe Black Hole Entropy in Experiments
January 16, 2020
What’s the Magic Behind Graphene’s ‘Magic’ Angle?
June 6, 2019
Researchers solve magic angle mystery
March 25, 2019
Origin of magic angles revealed
March 16, 2019
Reflections on the 66th Lindau Nobel Laureaute Meeting
December 20, 2016
Alex Kruchkov qualifies for 2016 Lindau Nobel Laureate Meeting
June 27, 2016
Light can be almost stopped at room temperature
April 15, 2016
My new single-author paper 'published'
April 11, 2016
New paper in Nature's Scientific Reports
February 19, 2016
by Alex Kruchkov
11.04.2016 - My new single-author paper on one-dimensional condensates of photons was published in Physical Review A.
This paper introduces a quasiequilibrium one-dimensional Bose-Einstein condensation of photons trapped in a microtube.
Light modes with a cutoff frequency (a photon's “mass”) interact through different processes of absorption, emission, and scattering on molecules and atoms.
In this paper I study the conditions for the one-dimensional condensation of light and the role of photon-photon interactions in the system.
The technique in use is the Matsubara Green's functions formalism modified for the quasiequilibrium system under study.
Reference: Alex J. Kruchkov, One-dimensional Bose-Einstein condensation of photons in a microtube, Phys. Rev. A 93, 043817 (2016).
The preprint (in a slightly different form) is available here