Paper Citation Record · LEDGER

Precise 2D electric field density simulations for superconducting quantum devices

As of 15 August 2026, this Paper Citation Record lists 54 of 54 outbound references and 0 inbound Pith citation observations for arXiv:2607.26242.

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

pith.paper-citation-record.v1
2607.26242 v1

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measured 54 of 54 reference resolution

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Outbound references

Observation 96675e53-b313-4128-9e5b-05ef2b01f3a7 · outbound

This paper cites an unresolved cited work.

Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 1

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Observation e3bc62fd-939e-4b56-85cc-6cf987d5f5da · outbound

This paper cites an unresolved cited work.

Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 2

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Observation 5107d8db-3ee1-4e2e-8000-3cb584a613c2 · outbound

This paper cites We compute the participation ratios using two methods.

Precise 2D electric field density simulations for superconducting quantum devices We compute the participation ratios using two methods

Reference 3

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Observation ed912052-6804-4ddb-abc2-e236a07fe83c · outbound

This paper cites The geometry dis- cretization provides boundary points, normal vectors, and arc length quadrature weightsw i for discretizing the boundary in- tegral operators.

Precise 2D electric field density simulations for superconducting quantum devices The geometry dis- cretization provides boundary points, normal vectors, and arc length quadrature weightsw i for discretizing the boundary in- tegral operators

Reference 4

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Observation 989bb3c8-b153-4dbd-9c2c-5095e708ab8c · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 5

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Observation 218509c1-a1e6-4313-a5dc-83cb29bcf45a · outbound

This paper cites On each chunk, the poten- tial densityσis represented as a Legendre polynomial expan- sion of orderp, sampled at Gauss-Legendre nodes.

Precise 2D electric field density simulations for superconducting quantum devices On each chunk, the poten- tial densityσis represented as a Legendre polynomial expan- sion of orderp, sampled at Gauss-Legendre nodes

Reference 6

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Observation e7ed6af1-9f64-4bf4-854c-233e1b178cff · outbound

This paper cites Square-root-weight preconditioning is applied by default to improve convergence, particularly for highly refined meshes.

Precise 2D electric field density simulations for superconducting quantum devices Square-root-weight preconditioning is applied by default to improve convergence, particularly for highly refined meshes

Reference 7

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Observation 39ce80e1-1a51-44c1-8f4d-9cb53977e00e · outbound

This paper cites The participation ratios are then computed using Green’s first iden- tity.

Precise 2D electric field density simulations for superconducting quantum devices The participation ratios are then computed using Green’s first iden- tity

Reference 8

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Observation 9ecae17b-e663-4767-8bac-b4e9b8c8f2db · outbound

This paper cites MATLAB/Octave handles high-level logic, geometry generation, iterative linear solvers (GMRES), pre- and post- processing, and visualization.

Precise 2D electric field density simulations for superconducting quantum devices MATLAB/Octave handles high-level logic, geometry generation, iterative linear solvers (GMRES), pre- and post- processing, and visualization

Reference 9

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Observation ac74391c-8ab2-4634-8510-9cebaa216231 · outbound

This paper cites The exact capacitance isC exact =19.403122346044 pF/m (using CODATA(2014) vacuum permittivity value).

Precise 2D electric field density simulations for superconducting quantum devices The exact capacitance isC exact =19.403122346044 pF/m (using CODATA(2014) vacuum permittivity value)

Reference 10

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Observation 81cfa3b3-5fc2-40cd-8181-36deba14cb5a · outbound

This paper cites The solution is expressed in terms of the complete elliptic integral of the first kindK(k), TABLE I.

Precise 2D electric field density simulations for superconducting quantum devices The solution is expressed in terms of the complete elliptic integral of the first kindK(k), TABLE I

Reference 11

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Observation 8a8eae70-d50f-4a10-a7f7-095d8a1fb044 · outbound

This paper cites All dielectric constants are set to 10 for simplicity.

Precise 2D electric field density simulations for superconducting quantum devices All dielectric constants are set to 10 for simplicity

Reference 12

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Observation be5089ad-8909-4d63-b292-704383f7f62d · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 13

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Observation bc5a5fc7-e4ae-41b3-aaf4-1f8b38214ca1 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 14

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Observation 7acbc74e-a0f8-445b-a72f-c3ba350b2cb4 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 15

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Observation 75a3fc7f-2f45-43f4-95c9-97aabe01922e · outbound

This paper cites [3] using the same untrenched CPW geometry as in that work.

Precise 2D electric field density simulations for superconducting quantum devices [3] using the same untrenched CPW geometry as in that work

Reference 16

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Observation d4a24b0f-8927-4d9f-8804-43ef7f4352a9 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 17

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Observation 878e15b1-92d9-4b8d-be1f-ec67d319c416 · outbound

This paper cites Müller, J.

Precise 2D electric field density simulations for superconducting quantum devices Müller, J

Reference 18

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Observation 36df4add-555e-4b40-bad8-b3dbfa6243d3 · outbound

This paper cites Wenner, R.

Precise 2D electric field density simulations for superconducting quantum devices Wenner, R

Reference 19

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Observation 527398eb-510e-4bf7-a9f5-73dd1f6ad1d4 · outbound

This paper cites Surface participation and dielectric loss in superconducting qubits.

Precise 2D electric field density simulations for superconducting quantum devices Surface participation and dielectric loss in superconducting qubits

Reference 20

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Observation 473d6ccc-2179-46c1-bf87-4cb1e68954e4 · outbound

This paper cites Analysis and mitigation of interface losses in trenched superconducting coplanar waveguide resonators.

Precise 2D electric field density simulations for superconducting quantum devices Analysis and mitigation of interface losses in trenched superconducting coplanar waveguide resonators

Reference 21

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Observation 15adc56d-aad5-4c30-bc48-9840d4f64195 · outbound

This paper cites Woods, G.

Precise 2D electric field density simulations for superconducting quantum devices Woods, G

Reference 22

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Observation a04bfc34-e58f-4a22-b3a7-6f120631a684 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 23

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Observation 49153edc-cfe9-4587-8633-8bed322373b5 · outbound

This paper cites Simons,Coplanar Waveguide Circuits, Components, and Systems(Wiley, 2001).

Precise 2D electric field density simulations for superconducting quantum devices Simons,Coplanar Waveguide Circuits, Components, and Systems(Wiley, 2001)

Reference 24

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Observation 31b87c42-a451-49bb-b391-5a52c4f1fe73 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 26

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Observation 5ff08f0d-fa58-43aa-9bc6-d816c674bd21 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 27

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Observation b530705f-e6cd-46bd-8706-2ac485be73ff · outbound

This paper cites Niepce, J.

Precise 2D electric field density simulations for superconducting quantum devices Niepce, J

Reference 28

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Observation 7fe063d6-3695-4c09-9545-57a4e7343e98 · outbound

This paper cites Comparison of Dielectric Loss in Titanium Nitride and Aluminum Superconducting Resonators.

Precise 2D electric field density simulations for superconducting quantum devices Comparison of Dielectric Loss in Titanium Nitride and Aluminum Superconducting Resonators

Reference 29

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Observation 65a49b4a-4cda-49f3-a0b8-f9cf34e8d2c0 · outbound

This paper cites Effects of device geometry and material properties on dielectric losses in superconducting coplanar-waveguide resonators.

Precise 2D electric field density simulations for superconducting quantum devices Effects of device geometry and material properties on dielectric losses in superconducting coplanar-waveguide resonators

Reference 30

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Observation 54455991-cd19-4bd6-8a88-dc2cb7de3869 · outbound

This paper cites Disentangling Losses in Tantalum Superconducting Circuits.

Precise 2D electric field density simulations for superconducting quantum devices Disentangling Losses in Tantalum Superconducting Circuits

Reference 31

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Observation 9529a565-1772-4a3f-b60e-c5d46c8e914e · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 32

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 33

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Observation 732584b3-f384-4f11-8ab3-f3436aeb6027 · outbound

This paper cites Meixner, Die Kantenbedingung in der Theorie der Beugung elektromagnetischer Wellen an vollkommen leitenden ebenen Schirmen, Ann.

Precise 2D electric field density simulations for superconducting quantum devices Meixner, Die Kantenbedingung in der Theorie der Beugung elektromagnetischer Wellen an vollkommen leitenden ebenen Schirmen, Ann

Reference 34

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Observation b464e94c-5149-4ae8-b28d-d70cdd7ce24d · outbound

This paper cites Meixner, The behavior of electromagnetic fields at edges, IEEE Trans.

Precise 2D electric field density simulations for superconducting quantum devices Meixner, The behavior of electromagnetic fields at edges, IEEE Trans

Reference 35

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Observation 886947c8-a7df-4931-8140-8830761c2560 · outbound

This paper cites Strauss,Partial Differential Equations: An Introduction, Partial Differential Equations: An Introduction (Wiley, 2008).

Precise 2D electric field density simulations for superconducting quantum devices Strauss,Partial Differential Equations: An Introduction, Partial Differential Equations: An Introduction (Wiley, 2008)

Reference 36

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Observation a9bd5c71-9018-41c6-ac4e-8bf1e0657216 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 44

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Observation 84f8b69c-aeea-46c1-b02b-62d8b4f17d36 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 45

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Observation 9eb046d4-2806-4cf7-98db-3bfe848aa017 · outbound

This paper cites Rachh and L.

Precise 2D electric field density simulations for superconducting quantum devices Rachh and L

Reference 46

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Observation 42aeb557-b7dc-4eca-9357-507fb4b40bef · outbound

This paper cites Greengard, M.

Precise 2D electric field density simulations for superconducting quantum devices Greengard, M

Reference 47

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Observation 17332f52-dff0-4eee-8a39-aae2426e55b3 · outbound

This paper cites Askham, M.

Precise 2D electric field density simulations for superconducting quantum devices Askham, M

Reference 48

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Observation a1e416a8-a452-45dc-8d26-ac81c28a7fec · outbound

This paper cites Bremer, On the Nyström discretization of integral equations on planar curves with corners, Applied and Computational Har- monic Analysis32, 45 (2012).

Precise 2D electric field density simulations for superconducting quantum devices Bremer, On the Nyström discretization of integral equations on planar curves with corners, Applied and Computational Har- monic Analysis32, 45 (2012)

Reference 49

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Observation 8742b8f0-a78b-47ca-ad42-3d3bca3afbf5 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Greengard and V

Reference 50

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Observation d736effe-842f-4599-a646-bb816c283adb · outbound

This paper cites Gimbutas and L.

Precise 2D electric field density simulations for superconducting quantum devices Gimbutas and L

Reference 51

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Observation 87dd43aa-7f71-408e-88fd-3509b23a46fa · outbound

This paper cites Bindel, MWrap: A MEX interface generator (2011), currently maintained athttps://github.com/zgimbutas/ mwrap.

Precise 2D electric field density simulations for superconducting quantum devices Bindel, MWrap: A MEX interface generator (2011), currently maintained athttps://github.com/zgimbutas/ mwrap

Reference 52

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Observation 3e6c300d-567f-485b-a3b6-0d1206996597 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 53

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Observation 8cb8f2ec-0489-4d01-ba4a-a21040a07376 · outbound

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Precise 2D electric field density simulations for superconducting quantum devices Unresolved cited work

Reference 54

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