NICER observation list: Target ID 454904

Abstract

Magnetars are young highly-magnetized isolated neutron stars with emission peaking in the X-ray band. The decay of their super-strong magnetic fields fuels their high energy radiation. Here, we propose a yearly monitoring program of six magnetars with NICER to establish their spectral and phase-coherent timing properties. Such a campaign will refine our understanding of these unique sources by discovering new spin-up and spin-down glitches and revealing their relative strengths and recovery times, and uncover new burst and outburst epochs. Such observational results are crucial to guide the development of the crust theory in the regime of super-strong B-fields, and the link between crustal and magnetospheric physics which dictate the connection between all of the above phenomena.
Obsid RA DEC l b Start End Exposure Number of modules Status of Processing Date of Processing Public date
4549040101 345.284 58.879 109.08700 -0.99558 59279.7039 59279.7139 446.00000 49 VALIDATED 59283.8 59293
4549040201 345.278 58.882 109.08547 -0.99194 59293.8379 59293.8458 602.00000 52 VALIDATED 59297.7 59307
4549040401 345.285 58.879 109.08729 -0.99606 59322.4714 59322.4887 99.00000 49 VALIDATED 59332.7 59336
4549040501 345.284 58.879 109.08714 -0.99577 59336.2861 59336.3134 191.00000 49 VALIDATED 59345.7 59350
4549040601 345.278 58.877 109.08338 -0.99593 59350.8065 59350.8301 1177.00000 49 VALIDATED 59360.7 59364
4549040701 345.284 58.880 109.08772 -0.99436 59366.3435 59366.3519 0.00000 52 VALIDATED 59375.7 59380
4549040801 345.282 58.882 109.08719 -0.99278 59378.0343 59378.0414 390.00000 52 VALIDATED 59387.7 59392
4549040901 345.285 58.879 109.08732 -0.99612 59392.0938 59392.1103 1284.39247 52 VALIDATED 59403.8 59406
4549041001 345.285 58.879 109.08739 -0.99597 59406.9299 59406.9435 898.00000 52 VALIDATED 59416.7 59420