Paper Citation Record · LEDGER

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids

As of 19 August 2026, this Paper Citation Record lists 60 of 60 outbound references and 0 inbound Pith citation observations for arXiv:2606.29696.

A citation records a reference. It does not transfer a finding from one paper to another.

pith.paper-citation-record.v1
2606.29696 v1

Coverage vector

measured 60 of 60 reference resolution

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Source: paper_references, paper_reference_links, observed 2026-06-30T04:37:36.080910Z

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measured 0 of 1 external citation measurements

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Outbound references

Observation 362804d8-4c06-4046-8ea2-be43fe6fc633 · outbound

This paper cites Jauffred, A.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Jauffred, A

Reference 1

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Observation c072e694-2d7b-4775-8c8c-17706bf909bb · outbound

This paper cites URL https://arxiv.org/abs/2505.02494.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids URL https://arxiv.org/abs/2505.02494

Reference 2

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Observation 73ee709b-c414-4e8e-beef-a64cdea6c31f · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 3

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Observation 518b29ff-6986-4315-afd2-ab3a2e1a7c45 · outbound

This paper cites Mermin, Stability of the thermal Hartree-Fock ap- proximation, Ann.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Mermin, Stability of the thermal Hartree-Fock ap- proximation, Ann

Reference 4

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Observation afaa73cf-71f7-4ba6-aff4-1b298d7449fb · outbound

This paper cites Pittalis, C.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Pittalis, C

Reference 5

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Observation aa31d67b-1461-4137-b93f-f09a2e740004 · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 6

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation ccb81e17-b918-4947-8116-0b2d4988c263 · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 7

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation d83ec848-bd25-4539-b67f-a14284db08af · outbound

This paper cites Burke, J.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Burke, J

Reference 8

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation 28894a11-5385-4a12-a3bf-1626223dc48f · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 9

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation 95ac40c4-566c-4707-a92d-b5671a3d3f89 · outbound

This paper cites Hummel, Finite temperature coupled cluster theories for extended systems, J.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Hummel, Finite temperature coupled cluster theories for extended systems, J

Reference 10

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Observation 757c19bc-71d1-4651-8c00-1af88ba43c60 · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 11

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Observation 613df8ed-4762-43ed-85ff-469d59faedcb · outbound

This paper cites Shen , author Y.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Shen , author Y

Reference 12

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Observation 8a0c61e1-4688-456f-9125-5093d6010737 · outbound

This paper cites Dornheim, A.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Dornheim, A

Reference 13

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Observation 61af2a62-6b0d-45e3-a0a7-06df9dff2c3a · outbound

This paper cites Kohn and L.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Kohn and L

Reference 14

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Observation cdbb1275-feb3-43ac-a595-c2e6d8828368 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 15

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Observation 7bd41dc6-6cc5-4b67-ab10-a327c53d3df3 · outbound

This paper cites Palamara, F.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Palamara, F

Reference 16

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Observation d826840e-98bf-46e2-a523-9547cac30820 · outbound

This paper cites Palamara, F.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Palamara, F

Reference 17

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Observation 8e2b5150-8087-48c3-b78c-695592df6219 · outbound

This paper cites Hirata, Thermal quasiparticle theory, J.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Hirata, Thermal quasiparticle theory, J

Reference 18

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Observation bde5251d-5b4b-4be7-af41-86463e2bf16a · outbound

This paper cites Gu and S.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Gu and S

Reference 19

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Observation e145870a-80a6-4655-9320-f41db0dce31b · outbound

This paper cites Livshits and R.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Livshits and R

Reference 20

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Observation ff30666d-e58d-4214-80da-d453675c90b9 · outbound

This paper cites Stein, L.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Stein, L

Reference 21

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation 8353a89c-86b3-4040-8f2f-9dd619d4e79d · outbound

This paper cites Stein, H.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Stein, H

Reference 22

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation cf57034d-76ef-43a8-8c13-4c07b3776d97 · outbound

This paper cites Kronik, T.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Kronik, T

Reference 23

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation 66924fbd-3340-4510-a875-cc22b668eaca · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 24

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation 7e852d1c-9fc9-476b-b7b8-92a0cde86f6a · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 25

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Observation dcab792d-5a67-4fe0-8bc8-379455751512 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 26

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation 8b0be630-0cfa-457f-a101-a6533214b3b1 · outbound

This paper cites It fol- lows from the additivity ofN κ andE s,κ that each system has a weightw κ ∝ Q iσ∈κ exp(−(ϵi −µ)/τ) that is sep- arable ini.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids It fol- lows from the additivity ofN κ andE s,κ that each system has a weightw κ ∝ Q iσ∈κ exp(−(ϵi −µ)/τ) that is sep- arable ini

Reference 27

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Observation f038b94b-94a7-40fc-aaac-4df203be45e3 · outbound

This paper cites Grabo, T.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Grabo, T

Reference 28

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Observation b25dead2-7892-43d2-a610-0c0663f5068c · outbound

This paper cites Engel, Orbital-dependent functionals for the exchange-correlation energy: A third generation of density functionals, inA Primer in Density Functional Theory, edited by C.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Engel, Orbital-dependent functionals for the exchange-correlation energy: A third generation of density functionals, inA Primer in Density Functional Theory, edited by C

Reference 29

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Observation bb867a96-0e1d-4739-a047-4f9a62e2294c · outbound

This paper cites K¨ ummel and L.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids K¨ ummel and L

Reference 30

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Observation 2bcfbbaf-c10b-4fca-91fd-0ea8eec8d020 · outbound

This paper cites Seidl, A.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Seidl, A

Reference 31

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Observation fda90565-dbd3-48b2-956b-35b2ffc82533 · outbound

This paper cites G¨ orling and M.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids G¨ orling and M

Reference 32

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Observation e32d0aea-1e4a-40db-8c2d-bb345f59edf9 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 33

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Observation 78d22a25-fe32-4816-9fe1-3813706ba112 · outbound

This paper cites Adamo and V.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Adamo and V

Reference 34

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Observation 00b07589-11a2-439b-8336-90aed343d9f3 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 35

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Observation aa04895f-8678-4dce-99f6-5cc89cd8c379 · outbound

This paper cites Gould and L.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Gould and L

Reference 36

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Observation e3b6efa4-04da-4b21-b3a2-a5e54c5c1d63 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 37

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Observation ada26da7-0b19-4a76-91ee-c35856de504b · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 38

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Observation 1b1e387d-2deb-46a5-9f20-fd7cb06dbbad · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 39

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Observation a164dccb-bbf7-4ae9-b89a-f4bb6ff76585 · outbound

This paper cites K¨ ummel and J.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids K¨ ummel and J

Reference 40

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Observation ad0dea99-995a-4f7d-b22e-42efb00c9129 · outbound

This paper cites Garrick, A.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Garrick, A

Reference 41

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Observation b2993094-27c8-4511-b190-b238f2c48dbd · outbound

This paper cites Garrick, T.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Garrick, T

Reference 42

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Observation 825dc4e2-7d0d-4077-8cfa-2f3f110a6d56 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 43

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Observation 6daeac37-948d-4196-be06-51cc0e687d67 · outbound

This paper cites Almbladh and U.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Almbladh and U

Reference 44

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Observation 650cb8d4-bc76-4fa4-bbd4-96f64a8d603b · outbound

This paper cites More detailed assumptions are dis- cussed in SMSec II.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids More detailed assumptions are dis- cussed in SMSec II

Reference 45

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Observation 2224c2bb-4ef3-40de-b82b-79f3a1146a38 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 46

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Observation 81bc12e3-5635-43bf-b46b-24fa9aa8d2da · outbound

This paper cites Groth, T.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Groth, T

Reference 47

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Observation 20537d96-68ce-4e9b-a2be-9046ec9db550 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 48

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Observation ee2a364a-6612-432e-a373-84066955cc21 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 49

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation c0b0b4be-8295-4bd8-9f46-e21e264e3778 · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 50

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Observation 2051d17e-a903-4914-bfae-b4d5918a5061 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 51

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Observation 89a1d806-394e-4025-84a6-01456a734d77 · outbound

This paper cites Kresse and J.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Kresse and J

Reference 52

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Observation 0a3a7a99-efe2-460a-a89e-e075d83e44b5 · outbound

This paper cites Kresse and J.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Kresse and J

Reference 53

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Observation 5f4b07a7-bcb9-4b39-98e4-b922729349a3 · outbound

This paper cites Kresse and J.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Kresse and J

Reference 54

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation d3190e89-5086-4da8-a59c-fb3745962196 · outbound

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Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 55

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Observation 1b2a73f2-f2c8-4831-8815-e4dffe653bf4 · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 56

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation c3b662ab-987b-4618-8691-71f7623464a8 · outbound

This paper cites an unresolved cited work.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Unresolved cited work

Reference 57

Resolution: unresolved; no resolver link, observed 2026-06-30T04:37:36.080910Z

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Observation f617c466-ece9-4b4c-bb59-f04c82596b11 · outbound

This paper cites HOMO–LUMO gap.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids HOMO–LUMO gap

Reference 58

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Observation b108087d-4680-4d04-9990-903fb83e8690 · outbound

This paper cites Gould, S.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids Gould, S

Reference 59

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Observation 1887fb79-cced-4b9b-82a1-dea53013921d · outbound

This paper cites ensemblization.

Thermal Fundamental Gap Predictions in DFT via Optimally Tuned Hybrids ensemblization

Reference 60

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Source-reported events for the cited work

correction dated 2026-03-03. Source: crossref record 10.1063/5.0326435->10.1063/5.0274509:correction, observed 2026-07-11T03:08:15.395204+00:00. This notice travels one citation hop only.

Pith citing papers

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