%0 Electronic Article
%A Abumusabh, Merna
%A Adachi, Ichiro
%A Aggarwal, Latika
%A Ahmed, Hossain
%A Ahn, YongHeon
%A Akopov, Norayr
%A Alghamdi, Saleh
%A Alhakami, Mohammad Hasan
%A Aloisio, Alberto
%A Althubiti, Numa
%A Amos, Kieran
%A Nguyen, Anh-Ky
%A Asner, David Mark
%A Atmacan, Hulya
%A Ayad, Rachid
%A Babu, Varghese
%A Bae, Hanwook
%A Baghel, Naveen Kumar
%A Bambade, Philip
%A Banerjee, Swagato
%A Barrett, Matthew
%A Bartl, Martin
%A Baudot, Jerome
%A Baur, Anselm
%A Beaubien, Alexandre
%A Becherer, Fabian Horst
%A Becker, Juergen
%A Bennett, Jake
%A Bernlochner, Florian
%A Bertacchi, Valerio
%A Bertemes, Michel
%A Bertholet, Emilie
%A Bessner, Martin
%A Bettarini, Stefano
%A Bhardwaj, Vishal
%A Bhuyan, Bipul
%A Bianchi, Fabrizio
%A Biswas, Diptaparna
%A Bodrov, Denis
%A Bondar, Alexander E.
%A Bonvicini, Giovanni
%A Borah, Jyotirmoi
%A Boschetti, Alessandro
%A Bozek, Andrzej
%A Bracko, Marko
%A Branchini, Paolo
%A Browder, Thomas Earl
%A Budano, Antonio
%A Bussino, Severino
%A Campagna, Quinn
%A Campajola, Marcello
%A Cao, Lu
%A Casarosa, Giulia
%A Cecchi, Claudia
%A Chang, Ming-Chuan
%A Cheema, Priyanka
%A Chen, Liangliang
%A Cheon, ByungGu
%A Chilikin, Kirill
%A Chin, Jeffrey
%A Chirapatpimol, Khem
%A Cho, HanEol
%A Cho, Kihyeon
%A Cho, Sungjin
%A Choi, Sookyung
%A Choudhury, Seema
%A Corona, Luigi
%A Cui, Junxi
%A De La Cruz Burelo, Eduard
%A De La Motte, Shanette Anne
%A de Marino, Gaetano
%A De Nardo, Guglielmo
%A De Pietro, Giacomo
%A de Sangro, Riccardo
%A Destefanis, Marco
%A Dey, Sourav
%A Dingfelder, Jochen
%A Dolezal, Zdenek
%A Dong, Thanh Van
%A Dong, Xu
%A Dugic, Katarina
%A Dujany, Giulio
%A Ecker, Patrick
%A Farkas, Ralf
%A Ferber, Torben
%A Fillinger, Tristan
%A Finck, Christian
%A Finocchiaro, Giuseppe
%A Forti, Francesco
%A Frey, Ariane
%A Fulsom, Bryan Gregory
%A Gabrielli, Alice
%A Gale, Alexander
%A Ganiev, Eldar
%A Garcia Hernandez, Marcela
%A Garg, Renu
%A Gaertner, Lorenz Ennio
%A Gaudino, Giovanni
%A Gaur, Vipin
%A Gautam, Varsha
%A Gellrich, Andreas
%A Ghosh, Debjit
%A Ghumaryan, Hazaravard
%A Giakoustidis, Georgios
%A Giordano, Raffaele
%A Giri, Anjan
%A Gironella Gironell, Pere
%A Gobbo, Benigno
%A Godang, Romulus
%A Goldenzweig, Pablo
%A Gradl, Wolfgang
%A Graziani, Enrico
%A Greenwald, Daniel
%A Gudkova, Kristina
%A Haide, Isabel
%A Han, Yubo
%A Harris, Cameron Cooper
%A Hayashii, Hisaki
%A Hazra, Sagar
%A Hearty, Christopher
%A Hedges, Michael Thomas
%A Heine, Greta
%A Heredia de la Cruz, Ivan
%A Higuchi, Takeo
%A Hoek, Matthias
%A Hohmann, Marcel
%A Hoppe, Raimundo
%A Horak, Philipp
%A Hou, Xiantao
%A Hsu, Chia-Ling
%A Humair, Thibaud
%A Iijima, Toru
%A Inami, Kenji
%A Ipsita, N. Sushree
%A Ishikawa, Akimasa
%A Itoh, Ryosuke
%A Iwasaki, Masako
%A Jackson, Paul Douglas
%A Jacobi, Daniel
%A Jacobs, William Wescott
%A Jang, Eunji
%A Jin, Yifan
%A Johnson, Ansu
%A Joo, Kyung Kwang
%A Kaleta, Mateusz Jakub
%A Kandra, Jakub
%A Kang, Kookhyun
%A Karyan, Gevorg
%A Keil, Felix
%A Kiesling, Christian
%A Kim, Cheolhun
%A Kim, Doris Yangsoo
%A Kim, Jaeyoung
%A Kim, Kyungho
%A Kindo, Haruki
%A Kinoshita, Kay
%A Kodys, Peter
%A Koga, Taichiro
%A Kohani, Shahab
%A Kojima, Kazuki
%A Korobov, Alexandr
%A Korpar, Samo
%A Kovalenko, Evgeniy
%A Kowalewski, Robert
%A Krizan, Peter
%A Krokovny, Pavel
%A Kuhr, Thomas
%A Kulii, Yaroslav
%A Kumar, Jitendra
%A Kumar, Rajeev
%A Kumara, Kospalage Janaka
%A Kunigo, Takuto
%A Kuzmin, Alexander
%A Kwon, Youngjoon
%A Lalwani, Kavita
%A Lam, Tommy
%A Lange, Jens Soeren
%A Lau, Tak Shun
%A Laurenza, Martina
%A Leboucher, Robin
%A Le Diberder, Francois Rene
%A Lee, MyeongJae
%A Lemettais, Clotilde
%A Leo, Paolo
%A Li, Chunhua
%A Li, Huijing
%A Li, Longke
%A Li, Qiming
%A Li, Wenzhe
%A Li, Yang
%A Li, Yubo
%A Liao, Yipu
%A Libby, James Frederick
%A Lin, Jie-Cheng
%A Lin, Shu-Ping
%A Liu, Meihong
%A Liu, Qingyuan
%A Liu, Zhiqing
%A Liventsev, Dmitri
%A Longo, Savino
%A Lozar, Andrej
%A Lueck, Thomas
%A Lyu, Chaoyi
%A Ma, Yue
%A Maggiora, Marco
%A Prabha Maharana, Swarna
%A Maiti, Rajesh Kumar
%A Mancinelli, Giampiero
%A Manfredi, Riccardo
%A Manoni, Elisa
%A Mantovano, Michele
%A Marcantonio, Daniel
%A Marcello, Simonetta
%A Marinas, Carlos
%A Martellini, Cristina
%A Martens, Aurelien
%A Martinov, Tommy
%A Massaccesi, Ludovico
%A Masuda, Masataka
%A Matsuoka, Kodai
%A Matvienko, Dmitry
%A Maurya, Shubhangi Krishan
%A Maushart, Matteo Manuel
%A McKenna, Janis Anne
%A Mediankin Gruberova, Zuzana
%A Mehta, Rishabh
%A Meier, Frank
%A Meleshko, Dmytro
%A Merola, Mario
%A Miller, Caleb
%A Mirra, Marco
%A Miyabayashi, Kenkichi
%A Miyake, Hideki
%A Mondal, Suryanarayan
%A Moneta, Stefano
%A Moreira de Carvalho, Ana Luisa
%A Moser, Hans-Guenther
%A Mussa, Roberto
%A Nakamura, Isamu
%A Nakao, Mikihiko
%A Nakazawa, Hideyuki
%A Nakazawa, Yu
%A Natkaniec, Zbigniew Marian
%A Natochii, Andrii
%A Nayak, Minakshi
%A Neu, Marc
%A Nishida, Shohei
%A Ogawa, Satoru
%A Okubo, Ryogo
%A Ono, Hiroaki
%A Onuki, Yoshiyuki
%A Pakhlova, Galina
%A Pardi, Silvio
%A Park, Junewoo
%A Park, Seokhee
%A Patra, Sourav
%A Paul, Stephan Martin
%A Pedlar, Todd Kristofer
%A Pestotnik, Rok
%A Piilonen, Leo
%A Podesta lerma, Pedro Luis Manuel
%A Podobnik, Tomaz
%A Praz, Cyrille
%A Prell, Soeren
%A Prencipe, Elisabetta
%A Prim, Markus Tobias
%A Privalov, Sergey
%A Purwar, Harsh
%A Rados, Petar
%A Raeuber, Geraldine
%A Raiz, Sebastiano
%A RajG, Vikas
%A Ravindran, Krishnakumar
%A Ur Rehman, Junaid
%A Reif, Markus
%A Reiter, Simon
%A Ricalde Herrmann, Daniel Enrique
%A Ripp-Baudot, Isabelle
%A Rizzo, Giuliana
%A Robertson, Steven H.
%A Roney, John Michael
%A Rostomyan, Armine
%A Rout, Niharika
%A Salutari, Laura
%A Sanders, David Alan
%A Sandilya, Saurabh
%A Santelj, Luka
%A Santos, Corentin
%A Savinov, Vladimir
%A Scavino, Bianca
%A Schnepf, Matthias Jochen
%A Schoenning, Karin
%A Schwanda, Christoph
%A Seino, Yoshiaki
%A Selce, Andrea
%A Senyo, Katsumi
%A Serrano, Justine
%A Sevior, Martin Edmund
%A Sfienti, Concettina
%A Shan, Wei
%A Shi, Xiaodong
%A Shillington, Trevor
%A Shimasaki, Tomoyuki
%A Shiu, Jing-Ge
%A Shtol, Dmitry
%A Sibidanov, Alexei
%A Simon, Frank
%A Singh, Jasbir
%A Skorupa, Justin
%A Sobie, Randall
%A Sobotzik, Martin
%A Soffer, Abner
%A Sokolov, Anatoly
%A Solovieva, Elena
%A Spataro, Stefano
%A Spruck, Bjoern
%A Staric, Marko
%A Stavroulakis, Petros
%A Stefkova, Slavomira
%A Stoetzer, Lucas
%A Stroili, Roberto
%A Sumihama, Mizuki
%A Suwonjandee, Narumon
%A Svidras, Henrikas
%A Takizawa, Makoto
%A Tanaka, Shuji
%A Tang, ShiShuai
%A Tanida, Kiyoshi
%A Tenchini, Francesco
%A Testa, Federico
%A Thaller, Arthur
%A Tittel, Oskar
%A Tiwary, Rahul
%A Torassa, Ezio
%A Trantou, Foteini Faidra
%A Tsaklidis, Ilias
%A Ueda, Ikuo
%A Unger, Kai Lukas
%A Unno, Yuji
%A Uno, Kenta
%A Uno, Shoji
%A Urquijo, Phillip
%A Ushiroda, Yutaka
%A Vahsen, Sven Einar
%A van Tonder, Raynette
%A Varvell, Kevin Ernest
%A Veronesi, Michele
%A V S, Vismaya
%A Vitale, Lorenzo
%A Volpe, Roberta
%A Wakai, Miho
%A Wallner, Stefan
%A Wang, Min-Zu
%A Wang, Xiaolong
%A Warburton, Andreas
%A Wessel, Christian
%A Yabsley, Bruce Donald
%A Yamada, Satoru
%A Yan, Wenbiao
%A Yang, Seongbae
%A Yelton, John
%A Yin, Junhao
%A Yoshihara, Keisuke
%A Yuan, Changzheng
%A Yuan, Jing
%A Yusa, Yosuke
%A Zani, Laura
%A Zeng, Fanli
%A Zhang, Boyang
%A Zhilich, Victor
%A Zhou, Jianshe
%A Zhou, Qi-Dong
%A Zhu, Lin
%A Zlebcik, Radek
%T A model-agnostic likelihood for the reinterpretation of the <b>B</b><sup><b>+</b></sup>→ <b>K</b><sup><b>+</b></sup> ν―ν measurement at Belle II
%N arXiv:2507.12393
%M PUBDB-2025-03730
%M arXiv:2507.12393
%M Belle II Preprint 2025-021 KEK Preprint 2025-20
%D 2025
%X We recently measured the branching fraction of the B<sup>+</sup>→ K<sup>+</sup>ν―ν decay using 362 fb<sup>−1</sup> of on-resonance e<sup>+</sup>e<sup>−</sup> collision data, under the assumption of Standard Model kinematics, providing the first evidence for this decay. To facilitate future reinterpretations and maximize the scientific impact of this measurement, we hereby publicly release the full analysis likelihood along with all necessary material required for reinterpretation under arbitrary theoretical models sensitive to this measurement. In this work, we demonstrate how the measurement can be reinterpreted within the framework of the Weak Effective Theory. Using a kinematic reweighting technique in combination with the published likelihood, we derive marginal posterior distributions for the Wilson coefficients, construct credible intervals, and assess the goodness of fit to the Belle II data. For the Weak Effective Theory Wilson coefficients, the posterior mode of the magnitudes |C<sub>VL</sub>+C<sub>VR</sub>|, 
%F PUB:(DE-HGF)25
%9 Preprint
%R 10.3204/PUBDB-2025-03730
%U https://bib-pubdb1.desy.de/record/637028