当前位置：
X-MOL 学术
›
Phys. Rev. Lett.
›
论文详情
Our official English website, www.x-mol.net, welcomes your
feedback! (Note: you will need to create a separate account there.)
Bounds on Lorentz Invariance Violation from MAGIC Observation of GRB 190114C.
Physical Review Letters ( IF 8.1 ) Pub Date : 2020-07-09 , DOI: 10.1103/physrevlett.125.021301 V A Acciari 1 , S Ansoldi 2, 3 , L A Antonelli 4 , A Arbet Engels 5 , D Baack 6 , A Babić 7 , B Banerjee 8 , U Barres de Almeida 9 , J A Barrio 10 , J Becerra González 1 , W Bednarek 11 , L Bellizzi 12 , E Bernardini 13, 14 , A Berti 15 , J Besenrieder 16 , W Bhattacharyya 13 , C Bigongiari 4 , A Biland 5 , O Blanch 17 , G Bonnoli 12 , Ž Bošnjak 7 , G Busetto 14 , R Carosi 18 , G Ceribella 16 , M Cerruti 19 , Y Chai 16 , A Chilingarian 20 , S Cikota 7 , S M Colak 17 , U Colin 16 , E Colombo 1 , J L Contreras 10 , J Cortina 21 , S Covino 4 , G D'Amico 16 , V D'Elia 4 , P Da Vela 18 , F Dazzi 4 , A De Angelis 14 , B De Lotto 2 , M Delfino 17 , J Delgado 17 , D Depaoli 15 , F Di Pierro 15 , L Di Venere 15 , E Do Souto Espiñeira 17 , D Dominis Prester 7 , A Donini 2 , D Dorner 22 , M Doro 14 , D Elsaesser 6 , V Fallah Ramazani 23 , A Fattorini 6 , G Ferrara 4 , L Foffano 14 , M V Fonseca 10 , L Font 24 , C Fruck 16 , S Fukami 3 , R J García López 1 , M Garczarczyk 13 , S Gasparyan 20 , M Gaug 24 , N Giglietto 15 , F Giordano 15 , P Gliwny 11 , N Godinović 7 , D Green 16 , D Hadasch 3 , A Hahn 16 , J Herrera 1 , J Hoang 10 , D Hrupec 7 , M Hütten 16 , T Inada 3 , S Inoue 3 , K Ishio 16 , Y Iwamura 3 , L Jouvin 17 , Y Kajiwara 3 , M Karjalainen 1 , D Kerszberg 17 , Y Kobayashi 3 , H Kubo 3 , J Kushida 3 , A Lamastra 4 , D Lelas 7 , F Leone 4 , E Lindfors 23 , S Lombardi 4 , F Longo 2, 25 , M López 10 , R López-Coto 14 , A López-Oramas 1 , S Loporchio 15 , B Machado de Oliveira Fraga 9 , C Maggio 24 , P Majumdar 8 , M Makariev 25 , M Mallamaci 14 , G Maneva 25 , M Manganaro 7 , K Mannheim 22 , L Maraschi 4 , M Mariotti 14 , M Martínez 17 , D Mazin 3, 16 , S Mender 6 , S Mićanović 7 , D Miceli 2 , T Miener 10 , M Minev 25 , J M Miranda 12 , R Mirzoyan 16 , E Molina 19 , A Moralejo 17 , D Morcuende 10 , V Moreno 24 , E Moretti 17 , P Munar-Adrover 24 , V Neustroev 23 , C Nigro 17 , K Nilsson 23 , D Ninci 17 , K Nishijima 3 , K Noda 3 , L Nogués 17 , S Nozaki 3 , Y Ohtani 3 , T Oka 3 , J Otero-Santos 1 , M Palatiello 2 , D Paneque 16 , R Paoletti 12 , J M Paredes 19 , L Pavletić 7 , P Peñil 10 , C Perennes 14 , M Peresano 2 , M Persic 2 , P G Prada Moroni 18 , E Prandini 14 , I Puljak 7 , W Rhode 6 , M Ribó 19 , J Rico 17 , C Righi 4 , A Rugliancich 18 , L Saha 10 , N Sahakyan 20 , T Saito 3 , S Sakurai 3 , K Satalecka 13 , B Schleicher 22 , K Schmidt 6 , T Schweizer 16 , J Sitarek 11 , I Šnidarić 7 , D Sobczynska 11 , A Spolon 14 , A Stamerra 4 , D Strom 16 , M Strzys 3 , Y Suda 16 , T Surić 7 , M Takahashi 3 , F Tavecchio 4 , P Temnikov 25 , T Terzić 7 , M Teshima 3, 16 , N Torres-Albà 19 , L Tosti 15 , J van Scherpenberg 16 , G Vanzo 1 , M Vazquez Acosta 1 , S Ventura 12 , V Verguilov 25 , C F Vigorito 15 , V Vitale 15 , I Vovk 3 , M Will 16 , D Zarić 7 , L Nava 26, 27, 28 ,
Physical Review Letters ( IF 8.1 ) Pub Date : 2020-07-09 , DOI: 10.1103/physrevlett.125.021301 V A Acciari 1 , S Ansoldi 2, 3 , L A Antonelli 4 , A Arbet Engels 5 , D Baack 6 , A Babić 7 , B Banerjee 8 , U Barres de Almeida 9 , J A Barrio 10 , J Becerra González 1 , W Bednarek 11 , L Bellizzi 12 , E Bernardini 13, 14 , A Berti 15 , J Besenrieder 16 , W Bhattacharyya 13 , C Bigongiari 4 , A Biland 5 , O Blanch 17 , G Bonnoli 12 , Ž Bošnjak 7 , G Busetto 14 , R Carosi 18 , G Ceribella 16 , M Cerruti 19 , Y Chai 16 , A Chilingarian 20 , S Cikota 7 , S M Colak 17 , U Colin 16 , E Colombo 1 , J L Contreras 10 , J Cortina 21 , S Covino 4 , G D'Amico 16 , V D'Elia 4 , P Da Vela 18 , F Dazzi 4 , A De Angelis 14 , B De Lotto 2 , M Delfino 17 , J Delgado 17 , D Depaoli 15 , F Di Pierro 15 , L Di Venere 15 , E Do Souto Espiñeira 17 , D Dominis Prester 7 , A Donini 2 , D Dorner 22 , M Doro 14 , D Elsaesser 6 , V Fallah Ramazani 23 , A Fattorini 6 , G Ferrara 4 , L Foffano 14 , M V Fonseca 10 , L Font 24 , C Fruck 16 , S Fukami 3 , R J García López 1 , M Garczarczyk 13 , S Gasparyan 20 , M Gaug 24 , N Giglietto 15 , F Giordano 15 , P Gliwny 11 , N Godinović 7 , D Green 16 , D Hadasch 3 , A Hahn 16 , J Herrera 1 , J Hoang 10 , D Hrupec 7 , M Hütten 16 , T Inada 3 , S Inoue 3 , K Ishio 16 , Y Iwamura 3 , L Jouvin 17 , Y Kajiwara 3 , M Karjalainen 1 , D Kerszberg 17 , Y Kobayashi 3 , H Kubo 3 , J Kushida 3 , A Lamastra 4 , D Lelas 7 , F Leone 4 , E Lindfors 23 , S Lombardi 4 , F Longo 2, 25 , M López 10 , R López-Coto 14 , A López-Oramas 1 , S Loporchio 15 , B Machado de Oliveira Fraga 9 , C Maggio 24 , P Majumdar 8 , M Makariev 25 , M Mallamaci 14 , G Maneva 25 , M Manganaro 7 , K Mannheim 22 , L Maraschi 4 , M Mariotti 14 , M Martínez 17 , D Mazin 3, 16 , S Mender 6 , S Mićanović 7 , D Miceli 2 , T Miener 10 , M Minev 25 , J M Miranda 12 , R Mirzoyan 16 , E Molina 19 , A Moralejo 17 , D Morcuende 10 , V Moreno 24 , E Moretti 17 , P Munar-Adrover 24 , V Neustroev 23 , C Nigro 17 , K Nilsson 23 , D Ninci 17 , K Nishijima 3 , K Noda 3 , L Nogués 17 , S Nozaki 3 , Y Ohtani 3 , T Oka 3 , J Otero-Santos 1 , M Palatiello 2 , D Paneque 16 , R Paoletti 12 , J M Paredes 19 , L Pavletić 7 , P Peñil 10 , C Perennes 14 , M Peresano 2 , M Persic 2 , P G Prada Moroni 18 , E Prandini 14 , I Puljak 7 , W Rhode 6 , M Ribó 19 , J Rico 17 , C Righi 4 , A Rugliancich 18 , L Saha 10 , N Sahakyan 20 , T Saito 3 , S Sakurai 3 , K Satalecka 13 , B Schleicher 22 , K Schmidt 6 , T Schweizer 16 , J Sitarek 11 , I Šnidarić 7 , D Sobczynska 11 , A Spolon 14 , A Stamerra 4 , D Strom 16 , M Strzys 3 , Y Suda 16 , T Surić 7 , M Takahashi 3 , F Tavecchio 4 , P Temnikov 25 , T Terzić 7 , M Teshima 3, 16 , N Torres-Albà 19 , L Tosti 15 , J van Scherpenberg 16 , G Vanzo 1 , M Vazquez Acosta 1 , S Ventura 12 , V Verguilov 25 , C F Vigorito 15 , V Vitale 15 , I Vovk 3 , M Will 16 , D Zarić 7 , L Nava 26, 27, 28 ,
Affiliation
|
On January 14, 2019, the Major Atmospheric Gamma Imaging Cherenkov telescopes detected GRB 190114C above 0.2 TeV, recording the most energetic photons ever observed from a gamma-ray burst. We use this unique observation to probe an energy dependence of the speed of light in vacuo for photons as predicted by several quantum gravity models. Based on a set of assumptions on the possible intrinsic spectral and temporal evolution, we obtain competitive lower limits on the quadratic leading order of speed of light modification.
中文翻译：
从GRB 190114C的MAGIC观察得出的关于Lorentz不变性的界线。
2019年1月14日，主要大气伽马成像切伦科夫望远镜检测到0.2 TeV以上的GRB 190114C，记录了有史以来从伽马射线爆发中观察到的最有能量的光子。我们使用这种独特的观察来探测光子在真空中光速的能量依赖性，这是由几个量子引力模型预测的。基于对可能的固有光谱和时间演化的一组假设，我们获得了光修改速度的二次领先顺序的竞争性下限。
更新日期：2020-07-09
中文翻译：
从GRB 190114C的MAGIC观察得出的关于Lorentz不变性的界线。
2019年1月14日，主要大气伽马成像切伦科夫望远镜检测到0.2 TeV以上的GRB 190114C，记录了有史以来从伽马射线爆发中观察到的最有能量的光子。我们使用这种独特的观察来探测光子在真空中光速的能量依赖性，这是由几个量子引力模型预测的。基于对可能的固有光谱和时间演化的一组假设，我们获得了光修改速度的二次领先顺序的竞争性下限。
京公网安备 11010802027423号