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Paper Citation Record · LEDGER

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor

As of 8 August 2026, this Paper Citation Record lists 61 of 61 outbound references and 0 inbound Pith citation observations for arXiv:2607.28499.

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pith.paper-citation-record.v1
2607.28499 v1

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measured 61 of 61 reference resolution

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measured 61 of 61 standing notices

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61 of 61 outbound references displayed

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Outbound references

Observation fcd936a1-a94f-444e-8f8d-54c3dd37b5a2 · outbound

This paper cites Withh= 1/N h and using sinθ k ≥0 for 0≤k < N h, |λk|= 2N h sinθ k, θ k = πk Nh .(29) Thus each block in Eq.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Withh= 1/N h and using sinθ k ≥0 for 0≤k < N h, |λk|= 2N h sinθ k, θ k = πk Nh .(29) Thus each block in Eq

Reference 1

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Observation ca69e4d2-3762-4463-a55c-92bb45a622ec · outbound

This paper cites , nh −1}and anyϕ∈R, CR (r) Z (ϕ) = Nh−1X k=0 |k⟩⟨k| ⊗Rz(ϕkr),(39) wherek r ∈ {0,1}is ther-th bit in the binary expansionk= Pnh−1 r=0 kr2r, withN h = 2nh.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor , nh −1}and anyϕ∈R, CR (r) Z (ϕ) = Nh−1X k=0 |k⟩⟨k| ⊗Rz(ϕkr),(39) wherek r ∈ {0,1}is ther-th bit in the binary expansionk= Pnh−1 r=0 kr2r, withN h = 2nh

Reference 2

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Observation 0cbf7243-f9fd-45b0-acef-e45afd588ea3 · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

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Observation 2ee05ddd-2fc8-4763-94c9-e644ba496b66 · outbound

This paper cites (24) to the Fourier domain, we apply the two-dimensional QFT acting on the two spatial registers.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor (24) to the Fourier domain, we apply the two-dimensional QFT acting on the two spatial registers

Reference 4

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Observation cdddfa54-318f-4c08-82e4-e4321e3c1d01 · outbound

This paper cites Each of the Hamiltonians is acting in one direction, for which the circuit implemented has been outlined in Section V A.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Each of the Hamiltonians is acting in one direction, for which the circuit implemented has been outlined in Section V A

Reference 5

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Observation 1dd08446-491f-4f60-8a46-47115470bb37 · outbound

This paper cites A more efficient construction follows by first identifying the velocity superposition that actually couples to pressure.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor A more efficient construction follows by first identifying the velocity superposition that actually couples to pressure

Reference 6

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Observation 473bbb2d-3195-4786-b2c6-bc1a2f69982e · outbound

This paper cites In the hardware implementation reported here, we do not evaluate the square root or atan2 coherently.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor In the hardware implementation reported here, we do not evaluate the square root or atan2 coherently

Reference 7

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Observation d5e7cf7b-f9fc-4af8-af30-38bcf4d50580 · outbound

This paper cites 14 and 15.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor 14 and 15

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Observation 5ef6ca96-a3a2-4ad5-a491-e953c7316782 · outbound

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Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

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Observation e4e94682-d6e2-4c58-a03f-e8e7f4c4be25 · outbound

This paper cites Because the full measurement count distribution is available, the kinetic energy can be computed on any subdomain in post-processing; we report the half-domainX= (0, 1 2 ), i.e.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Because the full measurement count distribution is available, the kinetic energy can be computed on any subdomain in post-processing; we report the half-domainX= (0, 1 2 ), i.e

Reference 10

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Observation c9c2a5d6-6a7b-421a-915e-bf026602a88f · outbound

This paper cites The detailed circuit construction is described in Section B 2.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor The detailed circuit construction is described in Section B 2

Reference 11

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Observation 77dde21d-da0a-462b-a5e5-e68c1544185b · outbound

This paper cites In the field encoding of Eq.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor In the field encoding of Eq

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Observation 17c793cd-2de4-479d-98eb-6d34f0d87ada · outbound

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Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

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Observation 5995884e-e95f-4267-bbbc-77094e8bda60 · outbound

This paper cites (122) with m− = 0,m + = 2, and, following the same protocol as Section VI A 1.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor (122) with m− = 0,m + = 2, and, following the same protocol as Section VI A 1

Reference 14

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Observation 25aaad1d-6281-4eff-bf52-0e29c4733c70 · outbound

This paper cites (123), since the Dirac-dynamics circuit retains the one-dimensional construction’s velocity–flux field encoding with the mass term added only through the TrotterizedH mass sub-step.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor (123), since the Dirac-dynamics circuit retains the one-dimensional construction’s velocity–flux field encoding with the mass term added only through the TrotterizedH mass sub-step

Reference 15

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Observation 0399c4cf-af57-4bab-b899-889d84fa3764 · outbound

This paper cites It therefore suffices to prepare|ψ p⟩in the spatial register.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor It therefore suffices to prepare|ψ p⟩in the spatial register

Reference 16

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Observation 007be151-4861-4699-ad07-0f2b99dd978e · outbound

This paper cites This case is small enough that the nonlinear angles can be synthesized by Boolean expansions in the retained-mode bits, avoiding a general arithmetic circuit.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor This case is small enough that the nonlinear angles can be synthesized by Boolean expansions in the retained-mode bits, avoiding a general arithmetic circuit

Reference 17

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Observation 6c602eb3-d257-4f35-8d0b-90670ef64c52 · outbound

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Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

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Observation d2f9afdf-8d8e-4b8e-b54c-025d9b2673b8 · outbound

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Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

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Observation cf418d0c-ed38-496b-afe0-e3e3ccd2e977 · outbound

This paper cites Lloyd, Science273, 1073 (1996).

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Lloyd, Science273, 1073 (1996)

Reference 20

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Observation 3cd3aac8-c2c7-4e94-906b-686c4dafd4a1 · outbound

This paper cites High-order quantum algorithm for solving linear differential equations.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor High-order quantum algorithm for solving linear differential equations

Reference 21

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Observation b90a54a2-18be-4803-9805-3b78e9e8c42a · outbound

This paper cites Quantum algorithm for solving linear systems of equations.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum algorithm for solving linear systems of equations

Reference 22

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Observation c62c02fc-0c3e-42d9-a9ab-c61c26959253 · outbound

This paper cites Quantum Computing in the NISQ era and beyond.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum Computing in the NISQ era and beyond

Reference 23

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Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

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Observation e3ede537-212e-48ba-8749-dea8e5ca80b1 · outbound

This paper cites Marxer, J.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Marxer, J

Reference 25

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Observation f4abcb51-4231-483b-8c10-baaf2c66cea6 · outbound

This paper cites Wen and Y.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Wen and Y

Reference 26

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Observation 478ed1a4-6c28-402f-9763-bb8e089c45f5 · outbound

This paper cites Babbush, N.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Babbush, N

Reference 27

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Observation 566f312e-0785-4517-b49b-e05b9eb15405 · outbound

This paper cites Noisy intermediate-scale quantum simulation of the one-dimensional wave equation.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Noisy intermediate-scale quantum simulation of the one-dimensional wave equation

Reference 28

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Observation a02ef494-d86b-4357-bc1d-16e3a01fcfff · outbound

This paper cites Lubasch, Y.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Lubasch, Y

Reference 29

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Observation 1d3fafed-7d01-4a42-a552-e5bc8ee82c85 · outbound

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Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 30

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Observation 014fc869-797b-4386-9ef9-30f128417532 · outbound

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Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

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Observation d5a0fd1f-d449-483e-8f43-1de7ea2c15de · outbound

This paper cites Quantum Algorithm for Simulating the Wave Equation.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum Algorithm for Simulating the Wave Equation

Reference 32

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Observation 0bfe06b4-6d3d-42e7-9694-8aa2b75e2ca9 · outbound

This paper cites Practical Quantum Computing: solving the wave equation using a quantum approach.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Practical Quantum Computing: solving the wave equation using a quantum approach

Reference 33

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Observation f76278c2-8586-4906-b3c7-57588c1dafe2 · outbound

This paper cites High-precision quantum algorithms for partial differential equations.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor High-precision quantum algorithms for partial differential equations

Reference 34

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Observation 46b90816-2926-4e47-be44-2028356846fe · outbound

This paper cites Hamiltonian simulation for hyperbolic partial differential equations by scalable quantum circuits.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Hamiltonian simulation for hyperbolic partial differential equations by scalable quantum circuits

Reference 35

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Observation aa2c59a3-e4c1-4fbf-a330-ac27b9d07aeb · outbound

This paper cites High order schemes for solving partial differential equations on a quantum computer.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor High order schemes for solving partial differential equations on a quantum computer

Reference 36

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Observation af7ec5af-d1a5-4e3b-b3ed-55db9410d224 · outbound

This paper cites A quantum computing concept for 1-D elastic wave simulation with exponential speedup.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor A quantum computing concept for 1-D elastic wave simulation with exponential speedup

Reference 37

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source=pdf_text observed=2026-07-31T05:28:04.360113Z digest=sha256:9347ffa6a54cb0bac0cea6c88bf44e628b47dbf82788c6322b0ad06bc2e2e5ea

Observation 96dfa762-88a8-4310-94b2-807a9143d900 · outbound

This paper cites Quantum Algorithms for Solving Ordinary Differential Equations via Classical Integration Methods.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum Algorithms for Solving Ordinary Differential Equations via Classical Integration Methods

Reference 38

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source=pdf_text observed=2026-07-31T05:28:04.374477Z digest=sha256:e22204dbc9c64a67e4a5b7b6c3e0c2bb03305f53184a29d3f0f7c54fa50eaf9d

Observation 451b9005-0524-4605-be4f-d46049f9fa5a · outbound

This paper cites Schillo and A.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Schillo and A

Reference 39

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source=pdf_text observed=2026-07-31T05:28:04.393914Z digest=sha256:489b0640ef9c592b9e75e9a6e0ddf5864626b4e6b61b41e6eca76f1fb300111e

Observation 906be2f0-8bcf-4318-8b3d-484cb655171f · outbound

This paper cites Quantum simulation of the Dirac equation.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum simulation of the Dirac equation

Reference 40

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source=pdf_text observed=2026-07-31T05:28:04.406093Z digest=sha256:bd1a9d1411211b5335b240b9cc5fb068c2c5c57362c9fecd8430cc51046f37e8

Observation eebfe275-0b77-4b36-b441-a13a6826976a · outbound

This paper cites Quantum simulation of the Klein paradox with trapped ions.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum simulation of the Klein paradox with trapped ions

Reference 41

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source=pdf_text observed=2026-07-31T05:28:04.418435Z digest=sha256:e5b4b90de881fefc5b177a92ffade6a9249b849a2d1a62009fa7111b334640ec

Observation 52c1a853-07f4-4035-8c55-adb9e6c07a11 · outbound

This paper cites Quantum Simulation of Klein Gordon Equation and Observation of Klein Paradox in IBM Quantum Computer.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum Simulation of Klein Gordon Equation and Observation of Klein Paradox in IBM Quantum Computer

Reference 42

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source=pdf_text observed=2026-07-31T05:28:04.424726Z digest=sha256:38dac99cd0dd6d0084a682efd2652607b730f2f39412a6389e1102278dcf6ed0

Observation c11719d1-f8b7-4d7b-8d01-089b8942c341 · outbound

This paper cites Larsson and V.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Larsson and V

Reference 43

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source=pdf_text observed=2026-07-31T05:28:04.431596Z digest=sha256:03512471e7711bfe378c583234d52863210be30247c4460de9454f41786f649d

Observation c6f063eb-f0ab-4642-aaba-1017f076c4c2 · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 44

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source=pdf_text observed=2026-07-31T05:28:04.442600Z digest=sha256:f6a4c2e17a64f0d6f455f826b1d90e10d1008bf1c813accfc4d89a44f2d9e9e3

Observation af3433c9-79bf-4c0e-9bd1-190169ed96fc · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 46

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source=pdf_text observed=2026-07-31T05:28:04.464490Z digest=sha256:806f83854bb58fc3d4f71d68a902ffb954c013a2f87797b9661a05bda50f59e9

Observation 38996f24-077b-4c74-aa05-b26e48ca6250 · outbound

This paper cites Quantum computing with Qiskit.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Quantum computing with Qiskit

Reference 47

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source=pdf_text observed=2026-07-31T05:28:04.480153Z digest=sha256:f0ee56a9a5bab9c0ba9eb1ac781c8f1d197c59086650418fa992acc405854b27

Observation 95e41959-5480-4484-9320-46d48b67c8fe · outbound

This paper cites t$|$ket$\rangle$ : A Retargetable Compiler for NISQ Devices.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor t$|$ket$\rangle$ : A Retargetable Compiler for NISQ Devices

Reference 48

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source=pdf_text observed=2026-07-31T05:28:04.494315Z digest=sha256:090c282f546a0481281dde6af615f94186c517b28820b8b3a94b05dfaa32ed38

Observation 4310cb45-985f-4d43-85fe-6ea4b49474f0 · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 49

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source=pdf_text observed=2026-07-31T05:28:04.502182Z digest=sha256:fd9a0470f5541a6d05409f58389ac26bfa52849315a9850bf8ffa86f01433361

Observation 659958f8-2317-4c8a-b37b-67ea948ab2c9 · outbound

This paper cites Fleischhauer, A.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Fleischhauer, A

Reference 50

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source=pdf_text observed=2026-07-31T05:28:04.512099Z digest=sha256:d33a3bf68aed5af058c5328ada4ce087a65f34d7758f360c6e2167db67e3407c

Observation 44178c62-5ac6-4064-9891-dcd1abcb3142 · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 51

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source=pdf_text observed=2026-07-31T05:28:04.526680Z digest=sha256:249b1c018f460483b6ed026a679e7a36335541a710460d99853403fd1877fbb6

Observation 4af7030e-936d-4df3-97fc-a93852e479da · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 52

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source=pdf_text observed=2026-07-31T05:28:04.539855Z digest=sha256:fecd35a33344b0acfd1022e97ee87eb96eb83404de82fc1d0930691ff9db458d

Observation 38a33233-0710-4520-897b-e2e4cc1e2f59 · outbound

This paper cites Temme, S.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Temme, S

Reference 53

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source=pdf_text observed=2026-07-31T05:28:04.562286Z digest=sha256:d98fa232dd8039ceac58e7cb33d5a7b1998a15728b38cb98cd5d07cd80484595

Observation f795827d-5917-4164-bc94-64ae4fca0d74 · outbound

This paper cites Ezzell, B.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Ezzell, B

Reference 54

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source=pdf_text observed=2026-07-31T05:28:04.576505Z digest=sha256:d10b754330f90e0858e12466b4feb3964497fcb2b93d4139c1b24c430148153c

Observation ee1057b6-b567-4d53-b464-eeed5e17e0f8 · outbound

This paper cites Improving Dynamical Decoupling for Trapped-Ion QCCD Quantum Computers.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Improving Dynamical Decoupling for Trapped-Ion QCCD Quantum Computers

Reference 55

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source=pdf_text observed=2026-07-31T05:28:04.585581Z digest=sha256:69872a3393604f910aa210780edca05f4631a3a7ec2d7141e88015661b5e2519

Observation 7ec85fd1-0c30-4ac2-a1b2-c7b95a598799 · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 56

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source=pdf_text observed=2026-07-31T05:28:04.596423Z digest=sha256:f82b43051054e9162958efc1ea1a85a00513a707dbab08537d92700a0667dd03

Observation 339ccc05-bdf3-420c-98a5-90872b8e2b0a · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 57

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source=pdf_text observed=2026-07-31T05:28:04.604887Z digest=sha256:94ac2547f684d130076423eeec35e15454dddc79072392d044349188b340cb10

Observation a5e16bb2-b17b-4c23-b137-a4f8bd678adf · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 58

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source=pdf_text observed=2026-07-31T05:28:04.617839Z digest=sha256:ef5b198f310b0a4156a444f6f9b27b8db5735318f12eab0091c2a2033bbadd38

Observation 1cc4c2f2-b58e-4f97-9bd8-7f9cd2628d68 · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 59

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source=pdf_text observed=2026-07-31T05:28:04.628782Z digest=sha256:1b8705dd0bca70f394bf51d319117789fda9bece0a62847069ca554ab23ee74e

Observation c02cfbfe-1537-4ae3-b0d3-e611b6722a2e · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 60

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source=pdf_text observed=2026-07-31T05:28:04.639795Z digest=sha256:483cae1d6597d6b049958a57eae0ab5bc6afeaa97b1fb015bb985aac8bde2905

Observation c1aba5bd-e8e4-471d-b7cd-e6754eda04cd · outbound

This paper cites an unresolved cited work.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor Unresolved cited work

Reference 61

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source=pdf_text observed=2026-07-31T05:28:04.652450Z digest=sha256:be3f9c17f1d093094f1102156ef9f19da82982b8a7ea6e43e5c502bb92e2e814

Observation ccfaa48c-d837-4fdd-b9e9-f0d2245845cf · outbound

This paper cites These results confirm that QFT allows the wave dynamics can be simulated at almost constant depth, due to the fast-forwarding by QFT.

Structure-Preserving Quantum Simulation of Wave Equations on a Trapped-Ion Processor These results confirm that QFT allows the wave dynamics can be simulated at almost constant depth, due to the fast-forwarding by QFT

Reference 73

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source=pdf_text observed=2026-07-31T05:28:04.050108Z digest=sha256:170f57194b1c208ccd907ce033fbca8bf05457dcfe69ce3b5fc82487150a92bc

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