First in vivo imaging of the degree of quantum entanglement of positron-annihilation photons in a human subject via polarization-plane measurements in the J-PET scanner.
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physics.med-ph 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
A Bayesian method restricting the system matrix to observed channels and using conjugate Gamma-Exponential updates enables rapid 3D estimation of positronium effective lifetime from sparse events.
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First-in-human quantum entanglement imaging
First in vivo imaging of the degree of quantum entanglement of positron-annihilation photons in a human subject via polarization-plane measurements in the J-PET scanner.
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A Conjugate Bayesian Framework for Fast 3D Positronium Lifetime Estimation with a Partial System Matrix
A Bayesian method restricting the system matrix to observed channels and using conjugate Gamma-Exponential updates enables rapid 3D estimation of positronium effective lifetime from sparse events.