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Observation of K+→π+π0π0γ decay

by Kulik, A. V. , Khudyakov, A. A. , Rykalin, V. I. , Filin, A. P. , Lishin, V. A. , Polyakov, V. A. , Artamonov, A. V. , Donskov, S. V. , Kravtsov, V. I. , Inyakin, A. V. , Medynsky, M. V. , Yushchenko, O. P. , Obraztsov, V. F. , Khaustov, G. V. , Uvarov, V. A. , Gorin, A. M. , Samoylenko, V. D. , Filippov, S. N. , Okhotnikov, A. V. , Bychkov, V. N. , Lysan, V. M. , Kurshetsov, V. F. , Tiurin, I. S. , Shapkin, M. M. , Kholodenko, S. A. , Kekelidze, G. D. , Polyarush, A. Yu , Gushchin, E. N. , Kolosov, V. N. , Romanovsky, V. I. , Kudenko, Yu. G. , Sadovsky, A. S. , Zalikhanov, B. Zh

in Angular distribution / Astronomy / Astrophysics and Cosmology / Charged particles / Collaboration / Decay / Elementary Particles / Energy distribution / Energy spectra / Hadrons / Heavy Ions / Measurement Science and Instrumentation / Nuclear Energy / Nuclear Physics / Nuclear research / Physics / Physics and Astronomy / Quantum Field Theories / Quantum Field Theory / Regular Article - Experimental Physics / String Theory

2024

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Observation of K+→π+π0π0γ decay

2024

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2024

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Journal Article

Observation of K+→π+π0π0γ decay

Kulik, A. V.,

Khudyakov, A. A.,

Rykalin, V. I.,

Filin, A. P.,

Lishin, V. A.,

Polyakov, V. A.,

Artamonov, A. V.,

Donskov, S. V.,

Kravtsov, V. I.,

Inyakin, A. V.,

Medynsky, M. V.,

Yushchenko, O. P.,

Obraztsov, V. F.,

Khaustov, G. V.,

Uvarov, V. A.,

Gorin, A. M.,

Samoylenko, V. D.,

Filippov, S. N.,

Okhotnikov, A. V.,

Bychkov, V. N.,

Lysan, V. M.,

Kurshetsov, V. F.,

Tiurin, I. S.,

Shapkin, M. M.,

Kholodenko, S. A.,

Kekelidze, G. D.,

Polyarush, A. Yu,

Gushchin, E. N.,

Kolosov, V. N.,

Romanovsky, V. I.,

Kudenko, Yu. G.,

Sadovsky, A. S.,

Zalikhanov, B. Zh

2024

Overview

The K + → π + π 0 π 0 γ decay is observed by the OKA collaboration. About 60 events of the decay observed with signal:noise ≈ 1 . The branching ratio obtained by normalization to K + → π + π 0 π 0 is measured to be ( 3.7 ± 0.9 ( s t a t ) ± 0.3 ( s y s t ) ) × 10 - 6 for E γ ∗ > 10 MeV . The branching ratio, γ energy spectrum and angular distribution are consistent with ChPT prediction.

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Publisher

Springer Berlin Heidelberg,Springer Nature B.V

Subject

Angular distribution

/ Astronomy

/ Astrophysics and Cosmology

/ Charged particles

/ Collaboration

/ Decay

/ Elementary Particles