NICER observation list: Target ID 454905

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
4549050101 257.196 -40.148 346.48121 0.03591 59280.0495 59280.0627 848.00000 52 VALIDATED 59284.6 59294
4549050201 257.195 -40.148 346.48096 0.03592 59298.0428 59298.0554 933.00000 52 VALIDATED 59302.6 59312
4549050301 257.195 -40.148 346.48071 0.03612 59309.3562 59309.3734 569.00000 52 VALIDATED 59319.9 59323
4549050401 257.195 -40.145 346.48318 0.03852 59323.0387 59323.1065 0.00000 52 VALIDATED 59341.7 59337
4549050501 257.193 -40.144 346.48350 0.03981 59337.4906 59337.5002 464.00000 52 VALIDATED 59347.7 59351
4549050502 257.200 -40.150 346.48126 0.03205 59354.5576 59354.5683 751.00000 52 VALIDATED 59367.1 59368
4549050701 257.196 -40.148 346.48147 0.03601 59365.2224 59365.2317 281.00000 52 VALIDATED 59374.8 59379
4549050801 257.195 -40.148 346.48081 0.03580 59379.2789 59379.2868 593.00000 52 VALIDATED 59388.7 59393
4549050901 257.195 -40.148 346.48106 0.03618 59393.2235 59393.2354 925.00000 52 VALIDATED 59403.9 59407