Data for Fig. 4 of J. Phys. A 51 (2018) 495002

URL: https://data.uni-hannover.de/dataset/78d4bbd5-17e4-4f84-84c2-51cd77a7ab07/resource/a6f1ae23-c642-4834-bdfa-3b1ac339e736/download/entropy1_2_3.zip

Entropy obtained from numerical solution of the TBA equations (3.2) for $p_0=2+1/3$ and $H_2\equiv 0$ as a function of the field $(Z_1H_1/M_0$ for $T=0.01M_0$. For fields large compared to the soliton mass, $Z_1H_1\gg M_0$, the entropy approaches the expected analytical value (3.18) for a field theory with a free bosonic sector and a $Z_{SU(3){N_f=2}}/Z{SU(2){N_f=2}}$ parafermion sector propagating with velocities $v^{(1)}{\text{quark}}$ and $v^{(1)}_{pf}$, respectively (full red line). For magnetic fields $Z_1H_1<M_0$ and temperature $T\ll M_0$ the entropy is that of a dilute gas of non-interacting quasi-particles with degenerate internal degree of freedom due to the anyons.

There are no views created for this resource yet.

Cite this as

Daniel Borcherding, Holger Frahm (2019). Dataset: Condensation of non-Abelian $SU(3)_{N_f}$ anyons in a one-dimensional fermion model. Resource: Data for Fig. 4 of J. Phys. A 51 (2018) 495002. https://doi.org/10.25835/0042110

DOI retrieved: 10:07 11 Apr 2021 (GMT)

Additional Information

Field Value
Data last updated March 18, 2019
Metadata last updated unknown
Created unknown
Format ZIP
License Creative Commons Attribution 3.0
Createdover 2 years ago
Media typeapplication/zip
Size10,552
formatZIP
ida6f1ae23-c642-4834-bdfa-3b1ac339e736
last modifiedover 2 years ago
on same domainTrue
package id78d4bbd5-17e4-4f84-84c2-51cd77a7ab07
position4
revision id3c748201-f869-4b23-869f-bcdb3f3d37cb
stateactive
url typeupload