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Your search keyword '"Morandotti, R."' showing total 26 results
Start Over Author "Morandotti, R." Publisher american physical society (aps)
26 results on '"Morandotti, R."'

1. Terahertz control of air lasing

Author

Clerici, M., primary, Bruhács, A., additional, Faccio, D., additional, Peccianti, M., additional, Spanner, M., additional, Markov, A., additional, Schmidt, B. E., additional, Ozaki, T., additional, Légaré, F., additional, Vidal, F., additional, and Morandotti, R., additional

Published
2019
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12. Observation of Discrete Surface Solitons

Author

Suntsov, S., primary, Makris, K. G., additional, Christodoulides, D. N., additional, Stegeman, G. I., additional, Haché, A., additional, Morandotti, R., additional, Yang, H., additional, Salamo, G., additional, and Sorel, M., additional

Published
2006
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26. Proof-of-Principle Direct Measurement of Particle Statistical Phase

Author

Yan Wang, Matteo Piccolini, Ze-Yan Hao, Zheng-Hao Liu, Kai Sun, Jin-Shi Xu, Chuan-Feng Li, Guang-Can Guo, Roberto Morandotti, Giuseppe Compagno, Rosario Lo Franco, Wang Y., Piccolini M., Hao Z.-Y., Liu Z.-H., Sun K., Xu J.-S., Li C.-F., Guo G.-C., Morandotti R., Compagno G., and Lo Franco R.

Subjects
Quantum Photonics, Indistinguishable particle, General Physics and Astronomy, Exchange Phase, Settore FIS/03 - Fisica Della Materia
Abstract

The symmetrization postulate in quantum mechanics is formally reflected in the appearance of an exchange phase governing the symmetry of identical-particle global states under particle swapping. Many indirect measurements of this fundamental phase have been reported thus far, but a direct observation has been achieved only recently for photons. Here, we propose a general scheme capable of directly measuring the exchange phase of any type of particle (bosons, fermions, or anyons), exploiting the operational framework of spatially localized operations and classical communication. We experimentally implement it on an all-optical platform, providing a proof of principle for different simulated exchange phases. As a by-product, we supply a direct measurement of the real bosonic exchange phase of photons. Additionally, we analyze the performance of the proposed scheme when mixtures of particles of different nature are injected. Our results confirm the symmetrization tenet and provide a tool to explore it in various scenarios. Finally, we show that the proposed setup is suited to generating indistinguishability-driven NOON states useful for quantum-enhanced phase estimation.

Published
2022

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