Typed states for the displayed outbound observations.
Source: paper_references, paper_reference_links, observed 2026-06-29T06:39:24.994163Z
Paper Citation Record · LEDGER
As of 15 August 2026, this Paper Citation Record lists 61 of 61 outbound references and 0 inbound Pith citation observations for arXiv:2605.30012.
A citation records a reference. It does not transfer a finding from one paper to another.
Typed states for the displayed outbound observations.
Source: paper_references, paper_reference_links, observed 2026-06-29T06:39:24.994163Z
One-hop event checks from named stored sources.
Source: scholarly_work_events, retraction_status_cache, observed 2026-08-15T06:32:42.880941+00:00
Pith citing papers itemized under the disclosed page cap.
Source: paper_references, paper_reference_links
A source-named dated measurement, never combined with another source.
Source: cited_works
61 of 61 outbound references displayed
External citation measurements
No source-named external measurement is stored.
Observation f92bb124-ec32-4b79-9c60-246882326919 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 1
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Unavailable: canonical work link unavailable.
Observation f838784b-fc10-405c-8f7b-2760465bab6d · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Liang, Y
Reference 2
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Observation cccbb82d-41d2-40e7-882a-c6e2d4beae75 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 3
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Observation 1c722449-1f39-499d-8f01-d5a4d8311d62 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 4
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Observation 8c59df01-1ce1-4217-8de6-d60f82ee3acd · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 5
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Observation 95e8581e-c3f9-4301-9ae0-0a9a8575c2d0 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Ke and M
Reference 6
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Observation bea37c25-6fde-452d-a12e-90e07d193984 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Zhang, Y
Reference 7
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Observation 7e55c276-5ec8-416a-9a1e-5e4aa93cf6fc · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Saliba, Polyelemental, multicomponent perovskite semiconductor libraries through combinatorial screening, Adv
Reference 8
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Observation 978b389c-e5fb-4676-afdc-d7d9431a988d · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Liang, F
Reference 9
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Observation 87ac16c2-aaee-44d6-89fb-8231efb913e4 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 10
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Observation 0ed0d1a5-5c7a-4046-8315-d6608ee9c711 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 11
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Observation 5d919eca-c398-4717-9c2d-16d095a8d62c · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 12
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Observation af8b4f75-17b9-4758-b46c-ee7fa0fcfdcf · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 13
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Observation 4f686c1d-5e7a-4353-a27b-c8e59078abd5 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 14
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Observation d93b91b8-571f-4b18-9762-ee654b50ef6e · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Hidalgo, J
Reference 15
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Observation 395a0e14-a030-4f46-bb62-1a1b0473463e · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 16
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Observation 9422565e-7420-4adb-9e22-c4493985d216 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Pansa-Ngat, H
Reference 17
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Observation d9aa91c8-157b-4f89-8d5e-3bd6cebd2589 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 18
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Observation bafeb000-59fa-4f45-bd53-8338cba76a2d · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 19
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Observation 863567a9-8d0d-497c-a837-8fce19c11a48 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Yamamoto, S
Reference 20
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Observation a48adf92-b946-4cc8-8fbe-484c4162e13e · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 21
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Observation fa4063de-9d67-465f-966b-a2483b1dc081 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Maleka, R
Reference 22
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No event found in the named queried sources as of 2026-08-15T06:32:42.880941+00:00.
Observation 1312df80-de08-41c6-9e0b-698f6c9cf31f · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Zunger, S.-H
Reference 23
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Observation 971f9be5-207d-43ef-b66a-fa0cf43a30fb · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 24
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Observation 10634652-b2fe-4d7c-9d88-3aa710d0a9c9 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 25
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Observation eae390ab-d975-489b-a422-ac9d13c705be · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 26
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Observation 11b9fd67-d453-4f1c-8350-386b4858c67f · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Chen and C.-W
Reference 27
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Observation 8ae176d4-1977-44b4-bf91-90139fdcecb4 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Jinnouchi, J
Reference 28
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Observation 1ae40639-9339-4dfe-a44a-e2879d059b20 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Bokdam, J
Reference 29
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Observation 1a3523ad-3957-4493-afdd-c40be37090e4 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Karimitari, W
Reference 30
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Observation c387f543-58d3-4fbe-93af-2dd8d33d161a · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 32
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Observation a8827494-51f5-45fa-8136-0634a0ed6aee · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Chen, P.-H
Reference 33
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Unavailable: canonical work link unavailable.
Observation 783136a7-e181-4de0-b7da-7c3fc94a5de7 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 34
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Observation ce57a3aa-a722-4184-8b36-b015f7335eb6 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Wang and D
Reference 38
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Observation 8db819bf-bf64-40b5-88e9-cfed0b5f725c · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 39
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Observation 8a420729-fa58-4cfc-9183-553d94624dcc · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 40
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Unavailable: canonical work link unavailable.
Observation 2b670f0b-5496-409a-873e-a4d7f84168e8 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 41
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Observation aecdc2a0-2338-4357-9cdb-475315a7399f · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 42
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Observation 439c9829-efc8-4912-919c-57ebb0310ceb · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 43
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Observation 4d8e93b8-a5e7-4c05-8f83-b9971381adc2 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Hermann and A
Reference 44
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Observation bf548897-502d-4de3-bd76-542f4e5f8c95 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 45
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Observation 2396a030-1af5-4bbb-8a5d-042e182dc5fa · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 46
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Observation 41678f93-dbb9-43d1-872f-f67720b6a6fe · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Fletcher,Practical methods of optimization, 2nd ed
Reference 47
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Observation 43ba6f74-7124-481d-be75-d23a59607b09 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Direct relaxation model S4
Reference 48
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Observation 2123f484-d1f9-49bd-b5d4-5c0dfc2fd8ae · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Wang-Landau Algorithm S6 S2
Reference 49
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Observation 3cf4cb7b-e3e3-492d-a1c6-5b25bd15b6bc · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 50
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Observation fcfe6b4f-e62c-4266-ac1d-7542cbb4c12d · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning When the MACE model improves, both of these metrics should decrease
Reference 51
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Unavailable: canonical work link unavailable.
Observation 9c9f9356-ceb5-41e0-ac96-f2bae0468b3b · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning The environments were expanded in a basis of five radial functions (num cutoff basis = 5) and spherical harmonics up to quantum numberl= 2 (max ell = 2)
Reference 52
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Unavailable: canonical work link unavailable.
Observation 55b20956-3145-473c-a5c9-b954f5b30997 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 53
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Observation 11070faa-d5f3-47ea-a4dc-53f5dbe401a5 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning The workflow, that is depicted in Fig
Reference 54
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Observation d08726a4-baa0-4454-9d9a-f4efd6f89986 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning The Design Space of E(3)-Equivariant Atom-Centered Interatomic Potentials
Reference 55
Source-reported events for the cited work
No event found in the named queried sources as of 2026-08-15T06:32:42.880941+00:00.
Observation ffce6208-d12b-43e5-8236-72a824059586 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Batatia, D
Reference 56
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Unavailable: canonical work link unavailable.
Observation fcfdae20-6d83-4989-812e-cd87828a2790 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 57
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Unavailable: canonical work link unavailable.
Observation 6e8cf4b1-8a69-4857-bec8-47f4812bcf6e · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Huo and M
Reference 58
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Observation 4c7ff47b-6d11-437c-b42d-e7f6b108b53e · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Himanen, M
Reference 59
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Observation 1c95d37d-c0b0-4a96-a0f0-e97a879c5e59 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Laakso, L
Reference 60
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Observation 1414fea1-c6cd-4a26-a8f6-2d3544565327 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 61
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Observation 36378e81-3742-4604-9a89-fd6f19229b4c · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Levy-Kramer, k-means-constrained (2018)
Reference 62
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Observation a99e6703-04d7-442e-992e-37912cf58d38 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Wang and D
Reference 63
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Observation eff385b6-d887-40d6-9145-e8fa564a8569 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Laakso, M
Reference 64
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Observation 12d27008-2376-45a1-9232-b84d2fd861a9 · outbound
Charting the thermodynamic stability of hybrid perovskite alloys with machine learning Unresolved cited work
Reference 65
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No inbound Pith citation observations are available.