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Просмотр по автору "Bozzo E."

Просмотр по автору "Bozzo E."

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  • ESA THESEUS and cataclysmic variables 
    Hudec R.; Simon V.; Amati L.; Frontera F.; Bozzo E.; O'Brien P.T.; Goetz D. (2021)
    The capabilities of the considered space mission THESEUS for investigation of cataclysmic variables (CVs) are discussed.Transient High-Energy Sky and Early Universe Surveyor (THESEUS) is a space mission proposal accepted ...
  • ESA THESEUS and Czech participation 
    Hudec R.; Amati L.; Frontera F.; Bozzo E.; O'Brien P.T.; Goetz D.; Simon V. (2020)
    © 2020 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim The recent status of the European Space Agency's (ESA) THESEUS (Transient High-Energy Sources and Early Universe Surveyor) project and the recent and expected Czech ...
  • Multi-messenger astrophysics with THESEUS in the 2030s 
    Ciolfi R.; Stratta G.; Branchesi M.; Gendre B.; Grimm S.; Harms J.; Lamb G.P.; Martin-Carrillo A.; McCann A.; Oganesyan G.; Palazzi E.; Ronchini S.; Rossi A.; Salafia O.S.; Salmon L.; Ascenzi S.; Capone A.; Celli S.; Dall’Osso S.; Di Palma I.; Fasano M.; Fermani P.; Guetta D.; Hanlon L.; Howell E.; Paltani S.; Rezzolla L.; Vinciguerra S.; Zegarelli A.; Amati L.; Blain A.; Bozzo E.; Chaty S.; D’Avanzo P.; De Pasquale f.M.; Dereli-Bégué H.; Ghirlanda G.; Gomboc A.; Götz D.; Horvath I.; Hudec R.; Izzo L.; Le Floch E.; Li L.; Longo F.; Komossa S.; Kong A.K.H.; Mereghetti S.; Mignani R.; Nathanail A.; O’Brien P.T.; Osborne J.P.; Pe’er A.; Piranomonte S.; Rosati P.; Savaglio S.; Schüssler F.; Sergijenko O.; Shao L.; Tanvir N.; Turriziani S.; Urata Y.; van Putten M.; Vergani S.; Zane S.; Zhang B. (2021)
    Multi-messenger astrophysics is becoming a major avenue to explore the Universe, with the potential to span a vast range of redshifts. The growing synergies between different probes is opening new frontiers, which promise ...
  • The accretion environment of supergiant fast X-ray transients probed with XMM-Newton 
    Bozzo E.; Bernardini F.; Ferrigno C.; Falanga M.; Romano P.; Oskinova L. (2017)
    © ESO, 2017. Context. Supergiant fast X-ray (SFXT) transients are a peculiar class of supergiant X-ray binaries characterized by a remarkable variability in the X-ray domain, widely ascribed to accretion from a clumpy ...
  • The super-orbital modulation of supergiant high-mass X-ray binaries 
    Bozzo E.; Oskinova L.; Lobel A.; Hamann W. (2017)
    © ESO, 2017. The long-term X-ray light curves of classical supergiant X-ray binaries and supergiant fast X-ray transients show relatively similar super-orbital modulations, which are still lacking a sound interpretation. ...
  • The THESEUS space mission concept: science case, design and expected performances 
    Amati L.; O'Brien P.; Götz D.; Bozzo E.; Tenzer C.; Frontera F.; Ghirlanda G.; Labanti C.; Osborne J.; Stratta G.; Tanvir N.; Willingale R.; Attina P.; Campana R.; Castro-Tirado A.; Contini C.; Fuschino F.; Gomboc A.; Hudec R.; Orleanski P.; Renotte E.; Rodic T.; Bagoly Z.; Blain A.; Callanan P.; Covino S.; Ferrara A.; Le Floch E.; Marisaldi M.; Mereghetti S.; Rosati P.; Vacchi A.; D'Avanzo P.; Giommi P.; Piranomonte S.; Piro L.; Reglero V.; Rossi A.; Santangelo A.; Salvaterra R.; Tagliaferri G.; Vergani S.; Vinciguerra S.; Briggs M.; Campolongo E.; Ciolfi R.; Connaughton V.; Cordier B.; Morelli B.; Orlandini M.; Adami C.; Argan A.; Atteia J.; Auricchio N.; Balazs L.; Baldazzi G.; Basa S.; Basak R.; Bellutti P.; Bernardini M.; Bertuccio G.; Braga J.; Branchesi M.; Brandt S.; Brocato E.; Budtz-Jorgensen C.; Bulgarelli A.; Burderi L.; Camp J.; Capozziello S.; Caruana J.; Casella P.; Cenko B.; Chardonnet P.; Ciardi B.; Colafrancesco S.; Dainotti M.; D'Elia V.; De Martino D.; De Pasquale M.; Del Monte E.; Della Valle M.; Drago A.; Evangelista Y. (2018)
    © 2018 COSPAR THESEUS is a space mission concept aimed at exploiting Gamma-Ray Bursts for investigating the early Universe and at providing a substantial advancement of multi-messenger and time-domain astrophysics. These ...
  • THESEUS: A key space mission concept for Multi-Messenger Astrophysics 
    Stratta G.; Ciolfi R.; Amati L.; Bozzo E.; Ghirlanda G.; Maiorano E.; Nicastro L.; Rossi A.; Vinciguerra S.; Frontera F.; Götz D.; Guidorzi C.; O'Brien P.; Osborne J.; Tanvir N.; Branchesi M.; Brocato E.; Dainotti M.; De Pasquale M.; Grado A.; Greiner J.; Longo F.; Maio U.; Mereghetti D.; Mignani R.; Piranomonte S.; Rezzolla L.; Salvaterra R.; Starling R.; Willingale R.; Böer M.; Bulgarelli A.; Caruana J.; Colafrancesco S.; Colpi M.; Covino S.; D'Avanzo P.; D'Elia V.; Drago A.; Fuschino F.; Gendre B.; Hudec R.; Jonker P.; Labanti C.; Malesani D.; Mundell C.; Palazzi E.; Patricelli B.; Razzano M.; Campana R.; Rosati P.; Rodic T.; Szécsi D.; Stamerra A.; van Putten M.; Vergani S.; Zhang B.; Bernardini M. (2018)
    © 2018 COSPAR The recent discovery of the electromagnetic counterpart of the gravitational wave source GW170817, has demonstrated the huge informative power of multi-messenger observations. During the next decade the nascent ...
  • Time domain astronomy with the THESEUS satellite 
    Mereghetti S.; Balman S.; Caballero-Garcia M.; Del Santo M.; Doroshenko V.; Erkut M.H.; Hanlon L.; Hoeflich P.; Markowitz A.; Osborne J.P.; Pian E.; Rivera Sandoval L.; Webb N.; Amati L.; Ambrosi E.; Beardmore A.P.; Blain A.; Bozzo E.; Burderi L.; Campana S.; Casella P.; D’Aí A.; D’Ammando F.; De Colle F.; Della Valle M.; De Martino D.; Di Salvo T.; Doyle M.; Esposito P.; Frontera F.; Gandhi P.; Ghisellini G.; Gotz D.; Grinberg V.; Guidorzi C.; Hudec R.; Iaria R.; Izzo L.; Jaisawal G.K.; Jonker P.G.; Kong A.K.H.; Krumpe M.; Kumar P.; Manousakis A.; Marino A.; Martin-Carrillo A.; Mignani R.; Miniutti G.; Mundell C.G.; Mukai K.; Nucita A.A.; O’Brien P.T.; Orlandini M.; Orio M.; Palazzi E.; Papitto A.; Pintore F.; Piranomonte S.; Porquet D.; Ricci C.; Riggio A.; Rigoselli M.; Rodriguez J.; Saha T.; Sanna A.; Santangelo A.; Saxton R.; Sidoli L.; Stiele H.; Tagliaferri G.; Tavecchio F.; Tiengo A.; Tsygankov S.; Turriziani S.; Wijnands R.; Zane S.; Zhang B. (2021)
    THESEUS is a medium size space mission of the European Space Agency, currently under evaluation for a possible launch in 2032. Its main objectives are to investigate the early Universe through the observation of gamma-ray ...

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