SELECTED PUBLICATIONS

 

  • Levinson, A., Globus, N., Reconfinement of highly magnetized jets: Implications for HST-1 in M87, MNRAS, 465, 1608, 2017.

  • Globus, N. Levinson, A., The collimation of magnetic jets by disk winds, MNRAS, 461, 2605, 2016.

  • Levinson, A., Globus, N., The effect of Compton drag on the dynamics of dissipative Poynting dominated flows: Implications for the unification of radio loud AGN, MNRAS, 458, 2269, 2016.

  • Globus, N., Levinson, A., Jet formation in GRBs: A semi-analytic model of MHD flow in Kerr geometry with realistic plasma injection, ApJ, 796, 26, 2014.

  • Globus, N., Sauty, C., Cayatte, V., Celnikier, L. M., Magnetic collimation of meridional-self-similar general relativistic MHD flows, Phys. Rev. D 89, 12401, 2014.

  • Globus, N., Levinson, A., Plasma injection and outflow formation in Kerr black holes, IJMPS, Volume 28, 1460164, 2014.

  • Globus, N., Levinson, A., Loaded magnetohydrodynamic flows in Kerr spacetime, Phys. Rev. D 88, 084046, 2013.

  • Levinson, A., Globus, N., Ultra-relativistic, Neutrino-driven Flows in Gamma-Ray Bursts: A Double Transonic Flow Solution in a Schwarzschild Spacetime, ApJ, 770, 159, 2013.

Jets acceleration and collimation (stellar and supermassive black holes)

Cosmic-ray acceleration and transport from the Galaxy to the Large Scale structure

  • Globus, N., Ding, C., Farrar, G., On the origin of the ultra-high energy cosmic ray anisotropy, Proceedings of the 36th International Cosmic Ray Conference, July 24th - August 1st, 2019 Madison, WI, U.S.A. (a paper is in preparation)

  • Globus, N., Piran, T., Hoffman, Y., Carlesi, E., Pomarède, D., Cosmic-Ray Anisotropy from Large Scale Structure and the effect of magnetic horizons, MNRAS, 484, 4167, 2019.

  • Kumar, R., Globus, N., Eichler, D., Pohl, M., Time variability of TeV cosmic ray sky map, MNRAS, 483, 896, 2019.

  • Globus, N., Piran, T., The extragalactic cosmic-ray dipole, ApJ Letters, 850, 25, 2017.

  • Globus, N., Allard, D., Parizot, E., Lachaud, C., Piran, T., Can we reconcile the TA excess and hotspot with Auger observations? ApJ, 836, 163, 2017.

  • Globus, N., Eichler D., Lifetime of a cosmic-ray spot, ApJ Letters, 833, 2, 2016.

  • Eichler, D., Globus, N., Kumar, R., Gavish, E., Ultrahigh Energy Cosmic Rays: A Galactic Origin? ApJ Letters, 821, 24, 2016.

  • Globus, N., Allard, D., Parizot, E., A complete model of the CR spectrum and composition across the Galactic to extragalactic transition, Phys. Rev. D 92, 021302 (Rapid Communication), 2015.

  • Globus, N., Allard, D., Mochkovitch, R., Parizot, E., UHECR acceleration at GRBs internal shocks, MNRAS, 451, 5270, 2015.

  • Globus, N., Allard, D., Parizot, E., Propagation of high-energy cosmic rays in extragalactic turbulent magnetic fields: resulting energy spectrum and composition, A&A, 479, 97, 2008.

Cosmic-rays and the biological consequences of the weak interaction

  • Globus, N., Blandford, R. D., The Chiral Puzzle of Life, submitted,  ArXiv

Multi-messenger aspects of cosmic-ray propagation

  • Globus, N., Allard, D., Parizot, E., Piran, T., Probing the Extragalactic Cosmic Rays origin with gamma-ray and neutrino backgrounds, ApJ Letters, 839, 22, 2017.