I
I. Mohammed
Researcher at University of the West Indies
Publications - 2
Citations - 116
I. Mohammed is an academic researcher from University of the West Indies. The author has contributed to research in topics: Blazar & BL Lac object. The author has an hindex of 2, co-authored 2 publications receiving 103 citations.
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Stochastic Modeling of Multiwavelength Variability of the Classical BL Lac Object OJ 287 on Timescales Ranging from Decades to Hours
Arti Goyal,Łukasz Stawarz,Stanisław Zoła,Stanisław Zoła,Volodymyr Marchenko,Marian Soida,Kari Nilsson,Stefano Ciprini,Stefano Ciprini,Andrzej S. Baran,Michal Ostrowski,Paul J. Wiita,Gopal-Krishna,Aneta Siemiginowska,Malgosia Sobolewska,Svetlana G. Jorstad,Svetlana G. Jorstad,Alan P. Marscher,M. F. Aller,Hugh D. Aller,Talvikki Hovatta,Daniel B. Caton,Daniel E. Reichart,Katsura Matsumoto,Kozo Sadakane,Kosmas Gazeas,M. Kidger,Vilppu Piirola,Helen Jermak,F. Alicavus,Kiran S. Baliyan,A. Baransky,A. Berdyugin,Pere Blay,P. Boumis,David Boyd,Y. Bufan,M. Campas Torrent,F. Campos,J. Carrillo Gómez,J. Dalessio,B. Debski,Dinko Dimitrov,Marek Drozdz,H. Er,Ahmet Erdem,A. Escartin Pérez,V. Fallah Ramazani,Alexei V. Filippenko,E. Gafton,F. Garcia,V. Godunova,F. Gómez Pinilla,Maheswar Gopinathan,J. B. Haislip,S. Haque,Jussi Harmanen,René Hudec,René Hudec,G. Hurst,K. M. Ivarsen,Arti Joshi,Masato Kagitani,N. Karaman,R. Karjalainen,Navpreet Kaur,Navpreet Kaur,Dorota Kozieł-Wierzbowska,E. Kuligowska,T. Kundera,Sebastian Kurowski,Andreas Kvammen,Aaron P. LaCluyze,Byeong-Cheol Lee,Alexios Liakos,J. Lozano de Haro,J. P. Moore,Markus Mugrauer,R. Naves Nogues,A. W. Neely,Waldemar Ogloza,S. Okano,U. Pajdosz,J. C. Pandey,M. Perri,M. Perri,Gary Poyner,Judith L. Provencal,T. Pursimo,A. Raj,B. Rajkumar,R. Reinthal,T. M. Reynolds,J. Saario,S. Sadegi,Takeshi Sakanoi,J.-L. Salto González,Sameer,Sameer,A. Simon,Michal Siwak,Tassilo Schweyer,Tassilo Schweyer,F. C. Soldán Alfaro,Eda Sonbas,J. Strobl,L. O. Takalo,L. Tremosa Espasa,J. R. Valdes,V. Vasylenko,F. Verrecchia,F. Verrecchia,James R. Webb,Makoto Yoneda,M. Zejmo,WeiKang Zheng,P. Zieliński,J. Janik,V. H. Chavushyan,I. Mohammed,C. C. Cheung,Marcello Giroletti +121 more
TL;DR: In this paper, the authors acknowledge support from the Polish National Science Centre (NCN) through the grant 2012/04/A/ST9/04404 and 2017/27/B/ST 9/01855.
Journal ArticleDOI
Stochastic modeling of multiwavelength variability of the classical BL Lac object OJ 287 on timescales ranging from decades to hours
Arti Goyal,Lukasz Stawarz,Stanisław Zoła,Volodymyr Marchenko,Marian Soida,Kari Nilsson,S. Ciprini,Andrzej S. Baran,M. Ostrowski,Paul J. Wiita,Gopal-Krishna,Aneta Siemiginowska,Malgosia Sobolewska,Svetlana G. Jorstad,Alan P. Marscher,M. F. Aller. H. D. Aller. T. Hovatta,Daniel B. Caton,Daniel E. Reichart,Katsura Matsumoto,Kozo Sadakane,Kosmas Gazeas,M. Kidger,Vilppu Piirola,Helen Jermak,F. Alicavus,Kiran S. Baliyan,A. Baransky,Andrei Berdyugin,Pere Blay,P. Boumis,David Boyd,Y. Bufan,M. Campas Torrent,F. Campos,J. Carrillo Gómez,J. Dalessio,B. Debski,Dinko Dimitrov,Marek Drozdz,H. Er,Ahmet Erdem,A. Escartin Pérez,V. Fallah Ramazani,Alexei V. Filippenko,E. Gafton,F. Garcia,V. Godunova,F. Gómez Pinilla,Maheswar Gopinathan,J. B. Haislip,S. Haque,Jussi Harmanen,René Hudec,G. Hurst,K. M. Ivarsen,Arti Joshi,Masato Kagitani,N. Karaman,R. Karjalainen,Navpreet Kaur,D. Kozie l-Wierzbowska,E. Kuligowska,T. Kundera,Sebastian Kurowski,Andreas Kvammen,A. P. LaCluyze,Byeong-Cheol Lee,Alexios Liakos,J. Lozano de Haro,I. Mohammed,J. P. Moore,Markus Mugrauer,R. Naves Nogues,A. W. Neely,Waldemar Ogloza,S. Okano,U. Pajdosz,J. C. Pandey,M. Perri,Gary Poyner,Judith L. Provencal,T. Pursimo,A. Raj,B. Rajkumar,R. Reinthal,T. M. Reynolds,J. Saario,S. Sadegi,Takeshi Sakanoi,J.-L. Salto González,Sameer,A. Heung,O. Simon,Michal Siwak,Tassilo Schweyer,F. C. Soldán Alfaro,Eda Sonbas,Jan Strobl,L. O. Takalo,L. Tremosa Espasa,J. R. Valdes,V. Vasylenko,F. Verrecchia,James R. Webb,Makoto Yoneda,M. Zejmo,WeiKang Zheng,P. Zieliński,Jan Janík,V. H. Chavushyan,C. C. Cheung,Marcello Giroletti +111 more
TL;DR: In this paper, the authors present the results of a power spectral density analysis for the BL Lac object OJ\,287, utilizing the Fermi-LAT survey at high-energy $\gamma$-rays, {\it Swift}-XRT in X-rays and several ground-based telescopes and the Kepler satellite in the optical, and radio telescopes at GHz frequencies.