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Malone, Kelly; Abeysekara, Anushka Udara; Albert, Andrea; Alfaro, Ruben; Alvarez, César; Álvarez Romero, Juan Dios; Angeles Camacho, José Roberto; Arteaga Velazquez, Juan Carlos; Kollamparambil, Arun Babu; Avila Rojas, Daniel Omar; Ayala Solares, Hugo Alberto; Baghmanyan, Vardan; Barber, Ahron S.; Becerra Gonzalez, Josefa; BenZvi, Segev; Berley, David; Brisbois, Chad; Caballero Mora, Karen S.; Carramiñana, Alberto; Casanova, Sabrina; Chaparro-Amaro, Oscar; Cotti, Umberto; Cotzomi, Jorge; Coutiño de Leon, Sara; de la Fuente, Eduardo; de León, Cederik León; Dingus, Brenda; Durocher, Mora; DuVernois, Michael; Engel, Kristi; Fan, Jason; Fernandez Alonso, Mateo; Fick, Brian; Fleischhack, Henrike; Flores, Jorge Luis; Fraija, Nissim Illich; Garcia Aguilar, Diego; García-Luna, Jose Luis; Garfias, Fernando; Goksu, Hazal; González, Maria Magdalena; Harding, J. Patrick; Hernández Cadena, Sergio; Hinton, Jim; Hona, Binita; Huang, Dezhi; Hueyotl-Zahuantitla, Filiberto; Hui, Michelle; Humensky, Brian; Hüntemeyer, Petra; Iriarte, Arturo; Joshi, Vikas; Kieda, David; Kunwar, Samridha; Lara, Alejandro; Leon Vargas, Hermes; Linnemann, Jim; Lopez-Coto, Ruben; Luis-Raya, Gilgamesh; Lundeen, Joe; Marandon, Vincent; Martinez Castellanos, Israel; Martínez Huerta, Humberto; Martínez-Castro, Jesús; Matthews, John; McEnery, Julie; Miranda-Romagnoli, Pedro; Morales Soto, Jorge Antonio; Moreno Barbosa, Eduardo; Mostafa, Miguel; Newbold, Michael; Olivera-Nieto, Laura; Omodei, Nicola; Peisker, Alison; Pérez Pérez, Eucario Gonzalo; Rivière, Colas; Rosa-Gonzalez, Daniel; Ruiz-Velasco, Edna; Salazar, Humberto Ibarguen; Salesa Greus, Francisco; Sandoval, Andrés; Schoorlemmer, Harm; Serna-Franco, José; Sinnis, Gus; Smith, Andrew James; Springer, Wayne Robert; Surajbali, Pooja; Tanner, Meghan; Tollefson, Kirsten; Torres, Ibrahim; Torres Escobedo, Ramiro; Turner, Rhiannon; Ureña-Mena, Fernando; Watson, Ian James; Weisgarber, Thomas; Werner, Felix; Willox, Elijah; Wood, Joshua; Yodh, Gaurang; Zhou, Hao
Pos : proceedings of science, 07/2021, Letnik: 395Journal Article
The TeV gamma-ray source MGRO J1908+06 is one of the highest-energy sources known, with observed emission by the High Altitude Water Cherenkov (HAWC) Observatory extending well past 100 TeV. The source exhibits both energy-dependent morphology and a spatially-dependent spectral index. The emission is likely to be dominantly leptonic, and associated with the radio-quiet PSR J1907+0602. However, one-population models do not describe the data well; a second particle population is needed to explain the shape of the spectral energy distribution at the highest energies. This component can be well-described by either leptonic or hadronic hypotheses. We discuss this feature and implications for detection by multi-wavelength and multi-messenger experiments.
