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Nature (London), 2022-06, Vol.606 (7912), p.102-108
2022
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Proceedings of the National Academy of Sciences - PNAS, 2014-02, Vol.111 (6), p.E692-E701
2014
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Movement disorders, 2020-10, Vol.35 (10), p.1834-1842
2020
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Physical review. D, 2019-12, Vol.100 (12), p.1, Article 123015
2019
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Journal of the American Chemical Society, 2014-10, Vol.136 (42), p.14742-14745
2014
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Chemical Society reviews, 2016-01, Vol.45 (4), p.954-971
2016
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Contributions to plasma physics (1988), 2019-01, Vol.59 (1), p.111-121
2019
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Nature communications, 2023-06, Vol.14 (1), p.3257-3257, Article 3257
2023
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Journal of the American Chemical Society, 2014-04, Vol.136 (14), p.5291-5294
2014
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Nature, 2009-04, Vol.458 (7238), p.607-609
- Picozza, P
- Adriani, O
- Barbarino, G. C
- Bazilevskaya, G. A
- Bellotti, R
- Boezio, M
- Bogomolov, E. A
- Bonechi, L
- Bongi, M
- Bonvicini, V
- Bottai, S
- Bruno, A
- Cafagna, F
- Campana, D
- Carlson, P
- Casolino, M
- Castellini, G
- De Pascale, M. P
- De Rosa, G
- De Simone, N
- Di Felice, V
- Galper, A. M
- Grishantseva, L
- Hofverberg, P
- Koldashov, S. V
- Krutkov, S. Y
- Kvashnin, A. N
- Leonov, A
- Malvezzi, V
- Marcelli, L
- Menn, W
- Mikhailov, V. V
- Mocchiutti, E
- Orsi, S
- Osteria, G
- Papini, P
- Pearce, M
- Ricci, M
- Ricciarini, S. B
- Simon, M
- Sparvoli, R
- Spillantini, P
- Stozhkov, Y. I
- Vacchi, A
- Vannuccini, E
- Vasilyev, G
- Voronov, S. A
- Yurkin, Y. T
- Zampa, G
- Zampa, N
- Zverev, V. G
2009
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Physical review letters, 2014-09, Vol.113 (12), p.121101-121101, Article 121101
- Accardo, L
- Ambrosi, G
- Barrau, A
- Bartoloni, A
- Bizzaglia, S
- Bollweg, K
- Borgia, B
- Borsini, S
- Burger, J
- Caroff, S
- Cascioli, V
- Cernuda, I
- Cervelli, F
- Chen, A I
- Chen, H
- Chen, H S
- Cheng, L
- Clavero, R
- Cui, Z
- Demirköz, M B
- von Doetinchem, P
- D'Urso, D
- Fan, Y Y
- Galaktionov, Y
- Gallucci, G
- Gebauer, I
- Giovacchini, F
- Goglov, P
- Goy, C
- Graziani, M
- Haas, D
- Haino, S
- He, Z H
- Henning, R
- Incagli, M
- Kim, G N
- Kim, K S
- Kirn, Th
- Kounina, O
- Koutsenko, V
- Kunz, S
- La Vacca, G
- Laurenti, G
- Lazzizzera, I
- Lee, H T
- Lee, S C
- Leluc, C
- Li, H L
- Li, Y
- Li, Z H
- Li, Z Y
- Liu, D
- Lomtadze, T
- Lu, M J
- Luo, F
- Mañá, C
- Martínez, G
- Maurin, D
- Mo, D C
- Monreal, B
- Ni, J Q
- Orcinha, M
- Palmonari, F
- Papi, A
- Pereira, R
- Plyaskin, V
- Pohl, M
- Postaci, E
- Quadrani, L
- Rapin, D
- Ricol, J S
- Rosier-Lees, S
- Rybka, G
- Sandweiss, J
- Schwering, G
- Scolieri, G
- Seo, E S
- Shan, B S
- Shan, Y H
- Sun, W
- Tang, C P
- Ting, Samuel C C
- Türkoğlu, C
- Urban, T
- Valtonen, E
- Vaurynovich, S
- Velasco, M
- Vialle, J P
- Vitale, V
- Whitman, K
- Xie, M
- Xin, G M
- Xu, N S
- Xu, W
- Yang, J
- Ye, Q H
- Yi, H
- Zhou, F
- Zhuang, H L
- Zichichi, A
2014
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ACS nano, 2015-05, Vol.9 (5), p.4976-4986
2015
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The European physical journal. C, Particles and fields, 2017-07, Vol.77 (7), p.475-41, Article 475
- Abramowicz, H.
- Afanaciev, K.
- Alipour Tehrani, N.
- Balázs, C.
- Boland, M. J.
- Boronat, M.
- Borysov, O.
- Božović-Jelisavčić, I.
- Buckland, M.
- Bugiel, S.
- Charles, T. K.
- Daniluk, W.
- Dannheim, D.
- Dasgupta, R.
- Demarteau, M.
- Díaz Gutierrez, M. A.
- Eigen, G.
- Felzmann, U.
- Firlej, M.
- Fiutowski, T.
- Fuster, J.
- Gabriel, M.
- García, I.
- Ghenescu, V.
- Goldstein, J.
- Green, S.
- Grefe, C.
- Hauschild, M.
- Hawkes, C.
- Hynds, D.
- Idzik, M.
- Kačarević, G.
- Kalinowski, J.
- Kananov, S.
- Krawczyk, M.
- Krupa, B.
- Kucharczyk, M.
- Kulis, S.
- Lesiak, T.
- Levy, A.
- Levy, I.
- Maier, A. A.
- Makarenko, V.
- Martin, V. J.
- Mei, K.
- Milutinović-Dumbelović, G.
- Moroń, J.
- Moszczyński, A.
- Moya, D.
- Münker, R. M.
- Münnich, A.
- Neagu, A. T.
- Nikiforou, N.
- Nürnberg, A.
- Pandurović, M.
- Pawlik, B.
- Perez Codina, E.
- Peric, I.
- Petric, M.
- Poss, S. G.
- Preda, T.
- Protopopescu, D.
- Rassool, R.
- Redford, S.
- Robson, A.
- Roloff, P.
- Ros, E.
- Rosenblat, O.
- Ruiz-Jimeno, A.
- Sailer, A.
- Schlatter, D.
- Schulte, D.
- Shumeiko, N.
- Sicking, E.
- Simon, F.
- Sopicki, P.
- Stapnes, S.
- Ström, R.
- Strube, J.
- Świentek, K. P.
- Szalay, M.
- Tesař, M.
- Trenado, J.
- Uggerhøj, U. I.
- van der Kolk, N.
- van der Kraaij, E.
- Vicente Barreto Pinto, M.
- Vila, I.
- Vogel Gonzalez, M.
- Vos, M.
- Watson, M.
- Watson, N.
- Weber, M. A.
- Wells, J. D.
- Weuste, L.
- Winter, A.
- Wojtoń, T.
- Xia, L.
- Żarnecki, A. F.
- Zgura, I.-S.
2017
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Polarization and entanglement in baryon–antibaryon pair production in electron–positron annihilation
- Bai, Y
- Begzsuren, K
- Berger, N
- Boyko, I
- Chelkov, G
- Chen, H S
- Dai, H L
- Deng, Z Y
- Destefanis, M
- Dong, J
- Dong, M Y
- Duan, P F
- Fang, S S
- Fegan, S
- Gao, X L
- Gao, Y
- Greco, M
- Gu, L M
- Gu, M H
- Gu, Y T
- Guo, R P
- Guo, Y P
- Heng, Y K
- Hu T
- Huang, J S
- Huang, Z L
- Hussain, T
- Julin, A
- Kalantar-Nayestanaki, N
- Kavatsyuk, M
- Kolcu, O B
- Kopf, B
- Cheng, Li
- Li, F Y
- Li, Q Y
- Li T
- Li, X Q
- Liu, Feng
- Liu, H M
- Liu, J Y
- Liu, Ke
- Liu, Z A
- Long, Y F
- Lu, J G
- Luo, M X
- Ma, X X
- Maas, F E
- Maldaner, S
- Mao, Y J
- Mao, Z P
- Min, J
- Mitchell, R E
- Mo, X H
- Mo, Y J
- Yu, Muchnoi N
- Muramatsu, H
- Olsen, S L
- Patteri, P
- Qi, H R
- Rosner Ch
- Shan, W
- Shao, M
- Shen, P X
- Sheng, H Y
- Sosio, S
- Sui, F F
- Sun, Y Z
- Wang, B L
- Wang, L L
- Wang, Y F
- Wang, Z
- Weidenkaff, P
- Wen, S P
- Xiao, D
- Xiao, Z J
- Xiu, Q L
- Xu, Q J
- Yan, F
- Yan, W B
- Yang, H X
- Yang, S L
- Yang, Y H
- Yin, J H
- You, Z Y
- Yu, B X
- Yuan, C Z
- Zafar, A A
- Zhang, B Y
- Zhang, D H
- Zhang, J L
- Zhang, Y T
- Zhang, Z Y
- Zhao, J Z
- Zhao, Q
- Zhao, T C
- Zhao, Z G
- Zheng, B
- Zheng, J P
- Zhou, L
- Zhu, S H
2019
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Chemical reviews, 2016-01, Vol.116 (2), p.719-766
2016
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Optical and quantum electronics, 2024-02, Vol.56 (4), Article 623
2024
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Physica scripta, 2020-11, Vol.95 (11), p.115602
2020
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The Astrophysical journal, 2018-08, Vol.863 (1), p.30
2018
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Physical review. D, 2018-09, Vol.98 (6), p.063017, Article 063017
2018
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PloS one, 2015-10, Vol.10 (10), p.e0140311-e0140311
2015
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Advanced materials (Weinheim), 2021-04, Vol.33 (17), p.e2006993-n/a
2021
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Identifying active vascular microcalcification by (18)F-sodium fluoride positron emission tomography
2015
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Astrophysics and space science, 2023-04, Vol.368 (4), p.27, Article 27
2023
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