Collaborative Research in Accelerator Physics: Acknowledgments and DOE Funding Post date October 8, 2025 Post author By Tomography Post categories In 6d-phase-space-tomography, generative-models, maximum-entropy-reconstruction, normalizing-flows, particle-beam-diagnostics, phase-space-distributions, Science, tomographic-reconstruction
Leveraging Normalizing Flows for Conservative 6D Beam Reconstruction: Conclusions and Extensions Post date October 8, 2025 Post author By Tomography Post categories In 6d-phase-space-tomography, generative-models, maximum-entropy-reconstruction, normalizing-flows, particle-beam-diagnostics, phase-space-distributions, Science, tomographic-reconstruction
6D Phase Space Reconstruction: MENT-Flow Validation on Complex High-Dimensional Distributions Post date October 8, 2025 Post author By Tomography Post categories In 6d-phase-space-tomography, generative-models, maximum-entropy-reconstruction, normalizing-flows, particle-beam-diagnostics, phase-space-distributions, Science, tomographic-reconstruction
2D Phase Space Tomography: Validating MENT-Flow Against MENT Using 1D Projections Post date October 7, 2025 Post author By Tomography Post categories In 6d-phase-space-tomography, generative-models, maximum-entropy-reconstruction, normalizing-flows, particle-beam-diagnostics, phase-space-distributions, tomographic-reconstruction, tomography
Experimental Proof: MENT-Flow Achieves Consistency with MENT Solutions for Beam Reconstruction Post date October 7, 2025 Post author By Tomography Post categories In 6d-phase-space-tomography, beam-reconstruction, generative-models, machine-learning, maximum-entropy-reconstruction, normalizing-flows, phase-space-distributions, tomographic-reconstruction
Invertible Generative Models for Beam Reconstruction: Introducing the MENT-Flow Approach Post date October 7, 2025 Post author By Tomography Post categories In generative-models, machine-learning, maximum-entropy-reconstruction, ment-flow, normalizing-flows, particle-accelerator, particle-beam-diagnostics, tomographic-reconstruction
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