Dataset Open Access

Data publication: Path integral Monte Carlo results for electrons in 2D and 3D quantum dots

Dornheim, Tobias

This repository contains a collection of raw path integral Monte Carlo simulation results for various properties of electrons in 2D and 3D quantum dots published in Ref. [1].

[1] http://iopscience.iop.org/article/10.1088/1367-2630/ac9f29

Files (20.1 kB)
Name Size
Fig3_N4_lambda0.5_Bose.res
md5:4cb1ff38e1cbde890f14a47858f74766 		275 Bytes Download
Fig3_N4_lambda0.5_Fermi.res
md5:ac9e10d665aa6eeb11a9e5836d5e46b2 		273 Bytes Download
Fig3_N4_lambda0_Bose.res
md5:b2f414d1ee6d27cbad54b6e899df9a93 		346 Bytes Download
Fig3_N4_lambda0_Fermi.res
md5:163332dd29b2f6de4e0f093f61f729f3 		311 Bytes Download
Fig3_N4_lambda10_Bose.res
md5:97ce5af15581d464abdf42fa9d716a59 		435 Bytes Download
Fig3_N4_lambda10_Fermi.res
md5:e4d313f23720de212bfef9ac3232a7d5 		433 Bytes Download
Fig3_N4_lambda3_Bose.res
md5:15f19e710e5fa1c274c6cfb994a95f6f 		390 Bytes Download
Fig3_N4_lambda3_Fermi.res
md5:7ad9e61403873d746021420fe1037617 		396 Bytes Download
Fig3_N6_lambda0.5_Bose.res
md5:a474848152c6853509f3ed2c660b2a5e 		312 Bytes Download
Fig3_N6_lambda0.5_Fermi.res
md5:33df1c1b035fdb026f657e8c00d98436 		235 Bytes Download
Fig3_N6_lambda0_Bose.res
md5:c0fb064cb1fbbd5e5d846320384b6be3 		306 Bytes Download
Fig3_N6_lambda0_Fermi.res
md5:cb74b2573b139cde6c1f2f12d403c4ca 		236 Bytes Download
Fig3_N6_lambda10_Bose.res
md5:d19a815a43290a4453ee66aeac065acf 		391 Bytes Download
Fig3_N6_lambda10_Fermi.res
md5:6e7d635600ca3689efa0772954a6649f 		392 Bytes Download
Fig3_N6_lambda3_Bose.res
md5:95efab5fd09be800d53c47a9f860d68f 		354 Bytes Download
Fig3_N6_lambda3_Fermi.res
md5:23321508c6c5acad62aebf761550755f 		357 Bytes Download
Fig4_N4_lambda0.5_Bose.res
md5:07265a19341c1d7cf8d492cef46d67d7 		270 Bytes Download
Fig4_N4_lambda0.5_Fermi.res
md5:c64ab61639d9e75d70b623f4127d9827 		287 Bytes Download
Fig4_N4_lambda0_Bose.res
md5:456a59465156f7ee4ba5ea407fcd7845 		383 Bytes Download
Fig4_N4_lambda0_Fermi.res
md5:5a49536905d304bc2a53e65366f8838a 		320 Bytes Download
Fig4_N4_lambda10_Bose.res
md5:de938a014087376e349566bb1c9b6e7e 		394 Bytes Download
Fig4_N4_lambda10_Fermi.res
md5:4bf30a1a617ee205701bd3356ef52d2c 		403 Bytes Download
Fig4_N4_lambda3_Bose.res
md5:224809879fa8c1e1487e53b19ef5947d 		435 Bytes Download
Fig4_N4_lambda3_Fermi.res
md5:516a948dbb9140e0b9defc613a95f117 		441 Bytes Download
Fig4_N6_lambda0.5_Bose.res
md5:b82eb0e451236bf36887405f41a162d9 		271 Bytes Download
Fig4_N6_lambda0.5_Fermi.res
md5:49526a459af173971c348d5edc618303 		238 Bytes Download
Fig4_N6_lambda0_Bose.res
md5:aa310e5fba32932c8519006eaf173542 		147 Bytes Download
Fig4_N6_lambda0_Fermi.res
md5:912a72c814806e2a76cbd9fd46a849bd 		111 Bytes Download
Fig4_N6_lambda10_Bose.res
md5:18cc2ad413b3ee5cf5d4a54b18795ae1 		394 Bytes Download
Fig4_N6_lambda10_Fermi.res
md5:386b40a2899f10864b782a721b3e69d1 		403 Bytes Download
Fig4_N6_lambda3_Bose.res
md5:208b94bf38ada4650aa03154082c92e2 		352 Bytes Download
Fig4_N6_lambda3_Fermi.res
md5:3c9e9f5eb781f913d58b8edb150f455a 		360 Bytes Download
Fig5_N4_2D_lambda0.5.res
md5:d8bf50ae8d278ed4de7e30298f8a1ee8 		266 Bytes Download
Fig5_N4_2D_lambda0.res
md5:760dffc9f9d35aa4b39aa83c733e5039 		395 Bytes Download
Fig5_N4_2D_lambda10.res
md5:c3e3bc6a7406e519db0f13e4f7f2320c 		359 Bytes Download
Fig5_N4_2D_lambda3.res
md5:826494870a638bf8fbdaf04c287df5d3 		408 Bytes Download
Fig5_N4_3D_lambda0.5.res
md5:dc4f92ba60307e50518f67ea6ac305ea 		263 Bytes Download
Fig5_N4_3D_lambda0.res
md5:2ccd0770df3f633ec0ecf5874225ce22 		363 Bytes Download
Fig5_N4_3D_lambda10.res
md5:5f5ac42c90f4823d518e65ab430fa702 		399 Bytes Download
Fig5_N4_3D_lambda3.res
md5:3126254ca0eecf47c363aa347b627cbd 		373 Bytes Download
Fig5_N6_2D_lambda0.5.res
md5:52da4762bb277ae7b0a9787bab7312ce 		282 Bytes Download
Fig5_N6_2D_lambda0.res
md5:c2181bae0d1b25f921bc6f9db8133098 		162 Bytes Download
Fig5_N6_2D_lambda10.res
md5:ca3efc140bcaad909e5b0fdea5a9565e 		360 Bytes Download
Fig5_N6_2D_lambda3.res
md5:3dd70f36429eb0a47e64a6b585a4f00d 		337 Bytes Download
Fig5_N6_3D_lambda0.5.res
md5:46d7ac8291d4724d3bae20e99d7eb734 		321 Bytes Download
Fig5_N6_3D_lambda0.res
md5:9b6238e2ddee100115c6d8ede26b732e 		320 Bytes Download
Fig5_N6_3D_lambda10.res
md5:047b120503db03bc07f0b1034b65fc47 		364 Bytes Download
Fig5_N6_3D_lambda3.res
md5:6e76086bdffbfd116afd5af0ca8981af 		344 Bytes Download
Fig6_2D_N6_lambda3_Bose_kinetic_virial.res
md5:f6492a4baa80e331e72bd2117e00770d 		305 Bytes Download
Fig6_2D_N6_lambda3_Fermi_kinetic_virial.res
md5:406dee3706d25e8966a9cee456b9c579 		305 Bytes Download
Fig6_3D_N6_lambda3_Bose_kinetic_virial.res
md5:add36277ef7f3dd6aeee1670c743da34 		301 Bytes Download
Fig6_3D_N6_lambda3_Fermi_kinetic_virial.res
md5:a9c01f846d12f59af3463ef00768fdbf 		306 Bytes Download
Fig8_beta3_2D_lambda3_Bose.res
md5:c07857f0b511423250d8470215d522cc 		394 Bytes Download
Fig8_beta3_2D_lambda3_Fermi.res
md5:1743a748bc0e909cf4623306f457902f 		405 Bytes Download
Fig8_beta3_3D_lambda3_Bose.res
md5:00c593ac290b135837e5cc14a878580a 		393 Bytes Download
Fig8_beta3_3D_lambda3_Fermi.res
md5:68bf3919e5029bc7a8c70d1975bc86e9 		390 Bytes Download
Fig8_beta5_2D_lambda3_Bose.res
md5:7d1a556b35e40fc9993d406ff9e551d8 		356 Bytes Download
Fig8_beta5_2D_lambda3_Fermi.res
md5:22144c61d590088c7470b12b42558d30 		323 Bytes Download
Fig8_beta5_3D_lambda3_Bose.res
md5:aba27cc79ee50b8d0525216b41de60be 		322 Bytes Download
Fig8_beta5_3D_lambda3_Fermi.res
md5:8644c2110a9d98eb8d7aa35da41c8c20 		292 Bytes Download
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Publication date:
November 7, 2022
DOI:
10.14278/rodare.1931

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10.14278/rodare.1931

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